David ofTomorrow's Posts (214)

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Thus article has interesting information for two reasons. It talks about free will. The neural monitoring again is done with an EEG. They afe finding that thoughts concerning are up to a second before the conscious is aware of it. From my experience, the perps can almost read 3 seconds ahead. This is interesting because the tech used may be similar to n EEG. Its all noninvasive tech only.

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Free Will May Just Be the Brain's 'Background Noise,' Scientists Say
By Tia Ghose, Staff Writer
Date: 19 June 2014 Time: 12:30 PM ET

It's a question that has plagued philosophers and scientists for thousands of years: Is free will an illusion?
Now, a new study suggests that free will may arise from a hidden signal buried in the "background noise" of chaotic electrical activity in the brain, and that this activity occurs almost a second before people consciously decide to do something.
Though "purposeful intentions, desires and goals drive our decisions in a linear cause-and-effect kind of way, our finding shows that our decisions are also influenced by neural noise within any given moment," study co-author Jesse Bengson, a neuroscientist at the University of California, Davis, wrote in an email to Live Science. "This random firing, or noise, may even be the carrier upon which our consciousness rides, in the same way that radio static is used to carry a radio station."

This background noise may allow people to respond creatively to novel situations, and it may even give human behavior the "flavor of free will," Bengson said. [The 10 Greatest Mysteries of the Mind]
Predetermined or random
Sir Isaac Newton's laws of classical mechanics suggested the universe was deterministic, with an inevitable effect for every cause. By Newtonian logic, a "freely" made decision is completely predetermined by the actions that precede it.
But quantum physics revealed that subatomic particles' behavior is inherently unpredictable. As a result, physical forces like gravity and electromagnetism can't completely dictate the future based on past events, thus leaving a tiny window for free will to operate through the random behavior of subatomic particles.
Still, many philosophers doubted that the random behavior of miniscule particles could translate to free will, because quantum effects don't hold much sway at larger scales.
Experiments performed in the 1970s also raised doubts about human volition. Those studies, conducted by the late neuroscientist Benjamin Libet, revealed that the region of the brain that plans and executes movement, called the motor cortex, fired prior to people's decision to press a button, suggesting this part of the brain "makes up its mind" before peoples' conscious decision making kicks in.
Hidden signal?
To understand more about conscious decision making, Bengson's team used electroencephalography (EEG) to measure the brain waves of 19 undergraduates as they looked at a screen and were cued to make a random decision about whether to look right or left. [10 Surprising Facts About the Human Brain]
When people made their decision, a characteristic signal registered that choice as a wave of electrical activity that spread across specific brain regions.
But in a fascinating twist, other electrical activity emanating from the back of the head predicted people's decisions up to 800 milliseconds before the signature of conscious decision making emerged.
This brain activity wasn't strictly a signal at all — it was "noise," part of the brain's omnipresent and seemingly random electrical firing. In fact, neuroscientists usually consider this background noise meaningless and subtract it when trying to figure out the brain response to a specific task, said Rick Addante, a neuroscientist at the University of Texas at Dallas who was not involved in the research.
In other words, some hidden signal in the background noise of the brain seemed to determine people's conscious decisions before they made them.
"That's what's wild about it; it's not all noise," Addante told Live Science. "The question then becomes, what is it, and what is the information that it contains?"
Open question
The new study doesn't prove or disprove free will, Addante said.
"If there's something else occurring before our conscious awareness that's contributing to our decision, that raises the question about the extent of our free will," Addante said. On the other hand, the findings might open the door to free will by suggesting it rides on, but isn't quite the same as, the random background noise in our brains, he said.
But Ali Mazaheri, a neuroscientist at the University of Amsterdam in the Netherlands, sees the results as a blow to true free will.
The findings suggest that previous biases in the firing of the brain's sensory processing systems add up, leading people to decisions that the conscious brain later follows, said Mazaheri, who was not involved in the study.
Useful illusion?
But if free will is an illusion, why does it feel so real?
Though that's still a mystery, one theory is that life would be too depressing without the illusion of choice, making it hard for humans to survive and reproduce.
"The idea is that you have the illusion of free will as an artifact to be able to get through life," Mazaheri told Live Science.
The new findings were published in April in the Journal of Cognitive Neuroscience.
Follow Tia Ghose on Twitter and Google+. Follow Live Science @livescience, Facebook & Google+. Original article on Live Science.

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Is there such a thing as good nanotech?

 

Here's a Surprising Look at How Nanotechnology Could Reengineer Our Bodies

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Image Credit: Keithley Instruments (Click to enlarge)

Nanotechnology could change human biology forever. From prosthetic limbs and new burn treatments, to cancer detection and bones that heal in days or weeks, nanotech could be the future of medicine.

Nanotechnology is any technology that allows for manipulation of matter beginning at the nanometer (nm) scale, commonly on the 1–100 nm range. According to nanomedical expert Frank Boehm, "[t]he ability to work at this scale will allow for the fabrication of unique materials and devices with improved and novel properties, such as enhanced water repellency (superhydrophobicity) or the increased performance of chemical reactions (catalysis) due to dramatically increased active surface areas."

Currently, nanomedical devices are typically made of special kinds of nanomaterials like nanoparticles, solid or hollow nanoshells, nanotubes and hollow nanospheres. While these technologies are "still quite rudimentary and passive," because they simply let the bloodstream carry them along, Boehm says future devices will navigate with synthetic derivatives of flagella or cilia.

The most advanced nanotechnology we have right now are the gold nanoshells, 100-200nm in diameter, which are solid silica cores covered by a very thin gold skin. It's used in AuroLase Therapy, where the gold nanoshells are guided to cancer cells and activated by a laser light that makes them collapse, release cancer drugs and destroy tumors. (It's still undergoing trials.) Other similar technologies are underway.

What's the future of nanomedicine? Boehm posits this nanomedical concept, an imaging device just one micron wide. Thousands could work together to map an entire human vascular system.

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Image Credit (All): Frank Boehm/io9

These devices could provide an amazingly high-resolution map of a patient's veins and arteries, letting doctors know the thickness of various pathways or where plaque is building up in the bloodstream. Thus, they could be used to let doctors know whether a patient is at risk of an aneurysm or heart attack.

Autonomous nanomedical devices could be used to quickly identify and neutralize toxins, as well as supplement the immune system. They'd basically hunt down threats to an organism's health and destroy them. Nanoretinal implants could provide blind individuals with full vision, or augment regular human vision. The possibilities are endless; they could even extend the human lifespan. One Indian reviewconcluded that "[o]nce nanomechanics are available, the ultimate dream of every healer, medicine man and physician throughout recorded history will at last become a reality."

Would it be safe? You can probably let your fever dreams of grey goo go. Nanomaterials are present in "order-of-magnitude higher" levels in our environment, and are generally far less deadly than household cleaning products or insectides which we encounter every day.

But scientists don't yet adequately understand the potential effects. Because of their high surface-mass ratio, nanoparticles are highly reactive and could trigger unforeseen chemical reactions. Some could be toxic. Or because of their "large surface area, reactivity and electrical charge," they could agglomerate, clumping together and forming much bigger lumps of material.

Slate says you shouldn't be concerned, saying that "technologically wonderful as engineered nanomaterials are, many of them don't seem as worrisome as imagined when seen in the cold light of commercial reality." Development, research and production techniques will minimize risks, and scientists are already busy tackling safety concerns

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  • This is a really great,  really new article about how ELF waves, specifically Beta waves, are created in one part of the brain and transfered to another part of the same brain. This communication is necessary for thought.  The scientists are reading this information without breaking the skins surface by using an EEG machine. These facts are important in understanding the way the perps may use non-invasive technology to read and manipulate our brains. It is both evidence that the brain creates ELF waves but that these waves affect the brain in significant ways. The fact that the scientists can read waves from outside the skull is evidence that you don't need an implant of any sort.  I know that there is much attention to implants,  but very little given to noninvasive tech. If the perps use both,  but we only concentrate on one,  we might be screwed even if we can prove one, because they have another one. 
  • MIT neuroscientists found that brain waves originating from the striatum (red) and from the prefrontal cortex (blue) become synchronized when an animal learns to categorize different patterns of dots. 

Synchronized brain waves enable rapid learning

MIT study finds neurons that hum together encode new information.

Anne Trafton | MIT News Office 
June 12, 2014

The human mind can rapidly absorb and analyze new information as it flits from thought to thought. These quickly changing brain states may be encoded by synchronization of brain waves across different brain regions, according to a new study from MIT neuroscientists.

The researchers found that as monkeys learn to categorize different patterns of dots, two brain areas involved in learning — the prefrontal cortex and the striatum — synchronize their brain waves to form new communication circuits.

“We’re seeing direct evidence for the interactions between these two systems during learning, which hasn’t been seen before. Category-learning results in new functional circuits between these two areas, and these functional circuits are rhythm-based, which is key because that’s a relatively new concept in systems neuroscience,” says Earl Miller, the Picower Professor of Neuroscience at MIT and senior author of the study, which appears in the June 12 issue of Neuron.

There are millions of neurons in the brain, each producing its own electrical signals. These combined signals generate oscillations known as brain waves, which can be measured by electroencephalography (EEG). The research team focused on EEG patterns from the prefrontal cortex —the seat of the brain’s executive control system — and the striatum, which controls habit formation.

The phenomenon of brain-wave synchronization likely precedes the changes in synapses, or connections between neurons, believed to underlie learning and long-term memory formation, Miller says. That process, known as synaptic plasticity, is too time-consuming to account for the human mind’s flexibility, he believes.

“If you can change your thoughts from moment to moment, you can’t be doing it by constantly making new connections and breaking them apart in your brain. Plasticity doesn’t happen on that kind of time scale,” says Miller, who is a member of MIT’s Picower Institute for Learning and Memory. “There’s got to be some way of dynamically establishing circuits to correspond to the thoughts we’re having in this moment, and then if we change our minds a moment later, those circuits break apart somehow. We think synchronized brain waves may be the way the brain does it.”

The paper’s lead author is former Picower Institute postdoc Evan Antzoulatos, who is now at the University of California at Davis.

Humming together

Miller’s lab has previously shown that during category-learning, neurons in the striatum become active early, followed by slower activation of neurons in the prefrontal cortex. “The striatum learns very simple things really quickly, and then its output trains the prefrontal cortex to gradually pick up on the bigger picture,” Miller says. “The striatum learns the pieces of the puzzle, and then the prefrontal cortex puts the pieces of the puzzle together.”

In the new study, the researchers wanted to investigate whether this activity pattern actually reflects communication between the prefrontal cortex and striatum, or if each region is working independently. To do this, they measured EEG signals as monkeys learned to assign patterns of dots into one of two categories.

At first, the animals were shown just two different examples, or “exemplars,” from each category. After each round, the number of exemplars was doubled. In the early stages, the animals could simply memorize which exemplars belonged to each category. However, the number of exemplars eventually became too large for the animals to memorize all of them, and they began to learn the general traits that characterized each category.

By the end of the experiment, when the researchers were showing 256 novel exemplars, the monkeys were able to categorize all of them correctly.

As the monkeys shifted from rote memorization to learning the categories, the researchers saw a corresponding shift in EEG patterns. Brain waves known as “beta bands,” produced independently by the prefrontal cortex and the striatum, began to synchronize with each other. This suggests that a communication circuit is forming between the two regions, Miller says.

“There is some unknown mechanism that allows these resonance patterns to form, and these circuits start humming together,” he says. “That humming may then foster subsequent long-term plasticity changes in the brain, so real anatomical circuits can form. But the first thing that happens is they start humming together.”

A little later, as an animal nailed down the two categories, two separate circuits formed between the striatum and prefrontal cortex, each corresponding to one of the categories.

“This is the first paper that provides data suggesting that coupling in the beta-band between prefrontal cortex and striatum may play a key role in category-formation. In addition to revealing a novel mechanism involved in category-learning, the results also contribute to better understanding of the significance of coupled beta-band oscillations in the brain,” says Andreas Engel, a professor of physiology at the University Medical Center Hamburg-Eppendorf in Germany.

“Expanding your knowledge”

Previous studies have shown that during cognitively demanding tasks, there is increased synchrony between the frontal cortex and visual cortex, but Miller’s lab is the first to show specific patterns of synchrony linked to specific thoughts.

Miller and Antzoulatos also showed that once the prefrontal cortex learns the categories and sends them to the striatum, they undergo further modification as new information comes in, allowing more expansive learning to take place. This iteration can occur over and over.

“That’s how you get the open-ended nature of human thought. You keep expanding your knowledge,” Miller says. “The prefrontal cortex learning the categories isn’t the end of the game. The cortex is learning these new categories and then forming circuits that can send the categories down to the striatum as if it’s just brand-new material for the brain to elaborate on.”

In follow-up studies, the researchers are now looking at how the brain learns more abstract categories, and how activity in the striatum and prefrontal cortex might reflect that type of abstraction.

The research was funded by the National Institute of Mental Health.

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LAW & DISORDER CIVILIZATION & DISCONTENTS

Quadrocopter pilot gets attacked by drone-hating woman

Woman accused him of taking pictures of people with “helicopter plane.”

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Liveleaks has published an iPhone video taken by a Connecticut man of a woman assaulting him for flying a video-enabled quadrocopter on a public beach. The man originally posted the video to YouTube, but it has been taken down by the service, and his account has been suspended “as a violation of YouTube's policy prohibiting content designed to harass, bully, or threaten.”

Calling him a “pervert” after calling police to report him for “taking pictures of people with a helicopter plane” and "trying to upload them," the woman, 23-year old Andrea Mears, lashed out at the pilot as he was putting his quadrocopter away, knocking him to the ground and tearing his shirt.

When police arrived, Mears claimed the man was taking inappropriate pictures of people sunbathing on the beach and that he had assaulted her. But after the pilot showed the surreptitiously captured video of her assault on him, she was arrested.

On the RCgroups.com forum, the pilot posted a description of what he had done and the aftermath of the situation:

I never went below 50 feet save for take off/landing, then after the end of my last flight, some crazy lady came over and started taking pictures of me, and dialed 911 for the 3rd time in 15 minutes. They basically said that they'd send someone when one gets free during each of the 3 calls she made, she decided they didn't care enough about someone obeying the law so when no one was around she assaulted me and she decided to stop when she got a phone call. I called the police to report the assault, and boy was the response big...10 or more vehicles arrived (cops, DEEP, and an ambulance). The police approached me very aggressively, believing her full story, and before anything else was said I brought up something that she missed— the fact that the cell phone in my hand has a camera, that was recording. I had video evidence that she went nuts completely unprovoked, and was the one that assaulted me. She was then charged with assault, and breach of peace and I gave the cops a copy of the video for their prosecution. I then also showed them my last flight where you can make out her colorful shirt getting up from the beach then following it until it lands which proved that she lied when claiming that she asked me to stop flying before calling the police.

At the end of it all, one of the officers said to me basically, "Flying that thing the way you were is fine, you're not in any trouble. You can come back and fly, but just be aware that some people can be alarmed.

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One of the recipients, who wished to remain anonymous, said the treatment opened up new possibilities. "I truly feel fortunate, because I'll have a normal life – completely normal," she says. "It's important to let other girls that have the same problem know that it does not end knowing that you have the disease, because there is a treatment."

Engineered vaginas grown in women for the first time

Vaginas grown in a lab from the recipients' own cells have been successfully transferred to the body for the first time.

The surgery was carried out on four women who were born without vaginal canals because of a rare condition. The women, who were teenagers at the time of the operation, now have fully functioning sexual organs.

"After the operation they were able to function normally. They had normal levels of desire, arousal, satisfaction and orgasm," says Anthony Atala at Wake Forest School of Medicine in North Carolina, who led the research. He published the results only after four to eight years had elapsed following surgery, enough time for him to be sure there were no long-term complications.

The four women had undeveloped vaginas because they all have a severe form of a condition called Mayer-Rokitansky-Küster-Hauser Syndrome (MKRH), which affects about 1 in 5000 women. They also had some abnormal development of the uterus, although they did have a vulva – the external part of the sex organ which includes the labia and the clitoris. They were not able to have penetrative sex or menstruate. One of the women was diagnosed after her menstrual blood had collected in her abdomen.

As well as having physical implications, a diagnosis of MKRH is also a huge psychological burden for women.

Maturity challenge

Building on techniques the group developed in the 1990s and perfected on rabbits, Atala and his colleagues removed a small part of the vulva from each woman and grew the cells in the lab. After about four weeks they had enough cells to begin to lay them on to a degradable scaffold one layer at a time "like the layers of a cake", he says.

The challenge was how to get the cells to grow to the right level of maturity in the lab, says Atala. You need to make sure that the cells are mature enough so that when you implant them into the body, they can recruit other cells in the body to form tissue that includes nerves and blood vessels.

Working with surgeons at the Federico Gomez Children's Hospital of Mexicoin Mexico City, Atala's team used MRI scans to calculate the appropriate shape and size of the scaffolds for each patient. After cells had established themselves on these scaffolds, surgeons created a cavity in the abdomen and inserted the engineered vagina. It was then stitched in place, connected at the top to the uterus.

The women used a stent for six weeks to make sure the structure maintained the right shape.

The scaffold was made of a collagen matrix and degraded spontaneously over the months following surgery. In that time, the implanted cells matured into the normal tissue of the vaginal wall, including the right layers of muscle and epithelial cells (see video). The vagina was fully developed after six months, and the women were able to menstruate and have sex.

Better than a skin graft

Atala hopes that in the future, the technique could be used to treat not only women who have congenital vaginal defects but also those who have suffered damage through trauma – for instance, because of a car accident or cancer.

Currently it is possible to surgically create vaginas using grafts from either intestinal or skin tissue, but these can lead to severe complications. Skin cell grafts do not provide lubrication which causes pain during sex, and can thicken to the point where the vagina closes. Intestinal cells secrete mucus constantly, which is unhygienic and causes an unpleasant odour. Using the women's own cells from the vulva gets around these issues.

Knowing that the engineered tissue originates from the recipient's own body can be reassuring for them, says Sylvie Miot at the University of Basel, Switzerland, whose team has also successfully engineered new nostrils for patients who had to have skin cancers removed from their nose. Their findings are being published in the same issue of the Lancet.

Both studies involved small numbers of patients, but they provide the first strong evidence that nerve and blood vessels can reconnect to large patches of bioengineered tissues directly inside the body.

Normal life

The findings also show that lab-engineered organs can grow to maturity healthily inside the body, says Martin Birchall at University College London. The women were aged between 13 and 18 years old when the surgery took place so their bodies were still developing. Birchall, who pioneered the first transplant of a human windpipe using the recipient's stem cells, calls the results "very meaningful".

One of the recipients, who wished to remain anonymous, said the treatment opened up new possibilities. "I truly feel fortunate, because I'll have a normal life – completely normal," she says. "It's important to let other girls that have the same problem know that it does not end knowing that you have the disease, because there is a treatment."

Two of the four women have a functional uterus, so the big question is whether they will be able to have children. "They haven't tried," says Atala, "but they can ovulate, so there is no reason to suspect that they cannot."

Journal references: The Lancet, DOI: 10.1016/S0140-6736(14)60542-0 and 

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Top ten psychopathic jobs!

There has been some talk of what it takes to be a psychopath lately. It seems likely that many of those humans who are directly involved with TIs are psychopathic. You ever wonder what they do in their day jobs? Here's an article that might shed light on the subject;

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ERIC BARKER asks an interesting question in a blog on HUFFINGTON POST

ERIC BARKER asks an interesting question in a blog on HUFFINGTON POST. "Which Professions Have The Most Psychopaths?"

Congratulations folks... we're #3!

BARKER writes, "First off, psychopath doesn't just mean someone who cuts you up with a chainsaw -- though the majority of people who do things like that are psychopaths. What's the definition? Psychopathy is a personality disorder that has been variously described as characterized by shallow emotions (in particular reduced fear), stress tolerance, lacking empathy, coldheartedness, lacking guilt, egocentricity, superficial char, manipulativeness, irresponsibility, impulsivity and antisocial behaviors such as parasitic lifestyle and criminality."

"So which professions (other than axe murderer) do they disproportionately gravitate towards -- or away from?" he asks. The top 10 professions for psychopaths are:

1. CEO 
2. Lawyer 

3. Media (Radio & TV) 
4. Salesperson 
5. Surgeon 
6. Journalist 
7. Police Officer 
8. Clergyman 
9. Chef 
10. Civil Servant

http://www.allaccess.com/net-news/archive/story/112394/on-a-list-of-professions-that-attract-psychopaths-

Notice that Clergy are number 8. What is clergy? 

https://www.google.com/search?q=Clergy&rlz=1C1KMZB_enUS573US573&oq=Clergy&aqs=chrome..69i57j0l5.1914j0j4&sourceid=chrome&es_sm=0&ie=UTF-8

cler·gy
ˈklərjē/
     1.   the body of all people ordained for religious duties, esp. in the Christian Church.
So, you see that some of us will be surprised, some of us will be in denial. But, either way, the facts are that Christian Clergy are number 8 on psychopathic job holders while, Transhumanism isnt there at all.
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How to spot a psychopath!

http://news.nationalpost.com/2014/04/07/can-you-spot-a-psycho-criminal-psychologists-can-test-for-psychopathy-but-the-results-can-hit-uncomfortably-close-to-home/

How to spot a psychopath: A test by criminal psychologists can hit uncomfortably close to home

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There are a few things we take for granted in social interactions with people. We presume that we see the world in roughly the same way, that we all know certain basic facts, that words mean the same things to you as they do to me. And we assume that we have pretty similar ideas of right and wrong.

But for a small — but not that small — subset of the population, things are very different. These people lack remorse and empathy and feel emotion only shallowly. In extreme cases, they might not care whether you live or die. These people are called psychopaths. Some of them are violent criminals, murderers. But by no means all.

Professor Robert Hare is a criminal psychologist, and the creator of the PCL-R, a psychological assessment used to determine whether someone is a psychopath. For decades, he has studied people with psychopathy, and worked with them, in prisons and elsewhere. “It stuns me, as much as it did when I started 40 years ago, that it is possible to have people who are so emotionally disconnected that they can function as if other people are objects to be manipulated and destroyed without any concern,” he says.

Psychopathy is probably the most pleasant-feeling of all the mental disorders

Our understanding of the brain is still in its infancy, and it’s not so many decades since psychological disorders were seen as character failings. Slowly we are learning to think of mental illnesses as illnesses, like kidney disease or liver failure, and personality disorders, such as autism, in a similar way. Psychopathy challenges this view. “A high-scoring psychopath views the world in a very different way,” says Hare. “It’s like colour-blind people trying to understand the colour red, but in this case ’red’ is other people’s emotions.”

At heart, Hare’s test is simple: a list of 20 criteria, each given a score of 0 (if it doesn’t apply to the person), 1 (if it partially applies) or 2 (if it fully applies). The list includes: glibness and superficial charm, grandiose sense of self-worth, cunning/manipulative, pathological lying, emotional shallowness, callousness and lack of empathy, a tendency to boredom, impulsivity, criminal versatility, behavioural problems in early life, juvenile delinquency, and promiscuous sexual behaviour. A pure, prototypical psychopath – the Fred Wests and Jeffrey Dahmers of this world – would score 40. A score of 30 or more qualifies for a diagnosis of psychopathy. Hare says: “A friend of mine, a psychiatrist, once said: ’Bob, when I meet someone who scores 35 or 36, I know these people really are different.’ The ones we consider to be alien are the ones at the upper end.”

But is psychopathy a disorder — or a different way of being? Anyone reading the list above will spot a few criteria familiar from people they know. On average, someone with no criminal convictions scores 5. “It’s dimensional,” says Hare. “There are people who are part-way up the scale, high enough to warrant an assessment for psychopathy, but not high enough up to cause problems. Often they’re our friends, they’re fun to be around. They might take advantage of us now and then, but usually it’s subtle and they’re able to talk their way around it.” Like autism, a condition which we think of as a spectrum, “psycho-pathy”, the diagnosis, bleeds into normalcy.

We think of psychopaths as killers, criminals, outside society. People such as Joanna Dennehy, a 31-year-old British woman who killed three men in 2013 and who the year before had been diagnosed with a psychopathic personality disorder, or Ted Bundy, the American serial killer who is believed to have murdered at least 30 people and who said of himself: “I’m the most cold-blooded son of a bitch you’ll ever meet. I just liked to kill.” But many psychopathic traits aren’t necessarily disadvantages — and might, in certain circumstances, be an advantage. For their co-authored book, Snakes in suits: How Psychopaths go to work, Hare and another researcher, Paul Babiak, looked at 203 corporate professionals and found about four per cent scored sufficiently highly on the PCL-R to be evaluated for psychopathy. Hare says that this wasn’t a proper random sample (claims that “10% of financial executives” are psychopaths are certainly false) but it’s easy to see how a lack of moral scruples and indifference to other people’s suffering could be beneficial if you want to get ahead in business.

“There are two kinds of empathy,” says James Fallon, a neuroscientist at the University of California and author of The Psychopath Inside: A Neuroscientist’s Personal Journey into the Dark Side of the Brain. “Cognitive empathy is the ability to know what other people are feeling, and emotional empathy is the kind where you feel what they’re feeling.” Autistic people can be very empathetic — they feel other people’s pain — but are less able to recognise the cues we read easily, the smiles and frowns that tell us what someone is thinking. Psychopaths are often the opposite: they know what you’re feeling, but don’t feel it themselves. “This all gives certain psychopaths a great advantage, because they can understand what you’re thinking, it’s just that they don’t care, so they can use you against yourself.” (Chillingly, psychopaths are particularly adept at detecting vulnerability. A 2008 study that asked participants to remember virtual characters found that those who scored highly for psychopathy had a near perfect recognition for sad, unsuccessful females, but impaired memory for other characters.)

Psychopaths can work very quickly, and can have an apparent IQ higher than it really is, because they’re not inhibited by moral concerns

Fallon himself is a case in point. In 2005, he was looking at brain scans of psychopathic murderers, while on another study, of Alzheimer’s, he was using scans of his own family’s brains as controls. In the latter pile, he found something strange. “You can’t tell just from a brain scan whether someone’s a psychopath,” he says, “but you can make a good guess at the personality traits they’ll have.” He describes a great loop that starts in the front of the brain including the parahippocampal gyrus and the amygdala and other regions tied to emotion and impulse control and empathy. Under certain circumstances they would light up dramatically on a normal person’s MRI scan, but would be darker on a psychopath’s.

“I saw one that was extremely abnormal, and I thought this is someone who’s way off. It looked like the murderers I’d been looking at,” he says. He broke the anonymisation code in case it had been put into the wrong pile. When he did, he discovered it was his own brain. “I kind of blew it off,” he says. “But later, some psychiatrist friends of mine went through my behaviours, and they said, actually, you’re probably a borderline psychopath.”

Speaking to him is a strange experience; he barely draws breath in an hour, in which I ask perhaps three questions. He explains how he has frequently put his family in danger, exposing his brother to the deadly Marburg virus and taking his son trout-fishing in the African countryside knowing there were lions around. And in his youth, “if I was confronted by authority — if I stole a car, made pipe bombs, started fires — when we got caught by the police I showed no emotion, no anxiety.” Yet he is highly successful, driven to win. He tells me things most people would be uncomfortable saying: that his wife says she’s married to a “fun-loving, happy-go-lucky nice guy” on the one hand, and a “very dark character who she does not like” on the other. He’s pleasant, and funny, if self-absorbed, but I can’t help but think about the criteria in Hare’s PCL-R: superficial charm, lack of emotional depth, grandiose sense of self-worth. “I look like hell now, Tom,” he says — he’s 66 — “but growing up I was good-looking, six foot, 180lb, athletic, smart, funny, popular.” (Hare warns against non-professionals trying to diagnose people using his test, by the way.)

Mad vs. bad: Criminal psychopaths may be victims of their own biology, new research suggests

Impulsive, manipulative and lacking remorse, criminal psychopaths typically face longer and harsher sentences in the justice system.

But a growing body of research shows that their aberrant behaviour may be linked to faulty wiring in the brain, challenging the assumption that psychopaths are intrinsically evil and raising questions about how they should be dealt with when they break the law.

Should criminal psychopaths — who make up 15% to 25% of the prison population, according to estimates — be held accountable to the same degree as offenders who don’t have the same brain abnormalities? Are they victims of their biology?

The debate is roiling across the fields of criminology, law, philosophy and neuroscience.

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“Psychopaths do think they’re more rational than other people, that this isn’t a deficit,” says Hare. “I met one offender who was certainly a psychopath who said ’My problem is that according to psychiatrists I think more with my head than my heart. What am I supposed to do about that? Am I supposed to get all teary-eyed?’ ” Another, asked if he had any regrets about stabbing a robbery victim, replied: “Get real! He spends a few months in hospital and I rot here. If I wanted to kill him I would have slit his throat. That’s the kind of guy I am; I gave him a break.”

And yet, as Hare points out, when you’re talking about people who aren’t criminals, who might be successful in life, it’s difficult to categorise it as a disorder. “It’d be pretty hard for me to go into high-level political or economic or academic context and pick out all the most successful people and say, ’Look, I think you’ve got some brain deficit.’ One of my inmates said that his problem was that he’s a cat in a world of mice. If you compare the brainwave activity of a cat and a mouse, you’d find they were quite different.”

It would, says Hare, probably have been an evolutionarily successful strategy for many of our ancestors, and can be successful today; adept at manipulating people, a psychopath can enter a community, “like a church or a cultural organisation, saying, ’I believe the same things you do’, but of course what we have is really a cat pretending to be a mouse, and suddenly all the money’s gone.” At this point he floats the name Bernie Madoff.

This brings up the issue of treatment. “Psychopathy is probably the most pleasant-feeling of all the mental disorders,” says the journalist Jon Ronson, whose book, The Psychopath Test, explored the concept of psychopathy and the mental health industry in general. “All of the things that keep you good, morally good, are painful things: guilt, remorse, empathy.” Fallon agrees: “Psychopaths can work very quickly, and can have an apparent IQ higher than it really is, because they’re not inhibited by moral concerns.”

So psychopaths often welcome their condition, and “treating” them becomes complicated. “How many psychopaths go to a psychiatrist for mental distress, unless they’re in prison? It doesn’t happen,” says Hare. The ones in prison, of course, are often required to go to “talk therapy, empathy training, or talk to the family of the victims” — but since psychopaths don’t have any empathy, it doesn’t work. “What you want to do is say, ’Look, it’s in your own self-interest to change your behaviour, otherwise you’ll stay in prison for quite a while.’ “

It seems Hare’s message has got through to the U.K. Department of Justice: in its guidelines for working with personality-disordered inmates, it advises that while “highly psychopathic individuals” are likely to be “highly treatment resistant,” the “interventions most likely to be effective are those which focus on ’self-interest’ — what the offender wants out of life — and work with them to develop the skills to get those things in a pro-social rather than anti-social way.”

If someone’s brain lacks the moral niceties the rest of us take for granted, they obviously can’t do anything about that, any more than a colour-blind person can start seeing colour. So where does this leave the concept of moral responsibility? “The legal system traditionally asserts that all people standing in front of the judge’s bench are equal. That’s demonstrably false,” says the neuroscientist David Eagleman, author ofIncognito: The Secret Lives of the Brain. He suggests that instead of thinking in terms of blameworthiness, the law should deal with the likelihood that someone will reoffend, and issue sentences accordingly, with rehabilitation for those likely to benefit and long sentences for those likely to be long-term dangers. The PCL-R is already used as part of algorithms which categorise people in terms of their recidivism risk. “Life insurance companies do exactly this sort of thing, in actuarial tables, where they ask: ’What age do we think he’s going to die?’ No one’s pretending they know exactly when we’re going to die. But they can make rough guesses which make for an enormously more efficient system.”

Speaking to all these experts, I notice they all talk about psychopaths as “them,” almost as a different species, although they make conscious efforts not to. There’s something uniquely troubling about a person who lacks emotion and empathy; it’s the stuff of changeling stories, the Midwich Cuckoos, Hannibal Lecter. “You know kids who use a magnifying glass to burn ants, thinking, this is interesting,” says Hare. “Translate that to an adult psychopath who treats a person that way. It is chilling.” At one stage Ronson suggests I speak to another well-known self-described psychopath, a woman, but I can’t bring myself to. I find the idea unsettling, as if he’d suggested I commune with the dead.

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Christians killing children again!!

An excerpt from the following article;

"As the anti-balaka responded, he added, children were no longer caught in the crossfire but deliberately targeted. "There were bullets in the heads and chests of children. It's not possible they were there by accident. It's as if people are trying to finish off another race. It's about extreme revenge and it's brutal."

http://www.theguardian.com/world/2014/mar/10/central-african-republic-christian-militias-revenge

I think it is easy to understand that These modern Christians would kill children, their god did it, and he isnt stopping them from killing those children, so it must be 'alright'...Right???

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Fighting Cancer with Nanomedicine

Nanotechnology-based therapeutics will revolutionize cancer treatment.

By Dean Ho | April 1, 2014

  • © SETIXELA/ISTOCKPHOTO.COM

Short drug circulation times and difficulty localizing therapy to tumor sites are but two of the challenges associated with existing cancer treatments. More troubling are the issues of drug toxicity and tumor resistance. Toxicity can cause major complications, such as low white-blood-cell counts or heart fail­ure, that necessitate cessation of treatment. The tissue damage inflicted by some therapies can even be fatal. And evolution of drug resistance by tumors accounts for the vast majority of cases in which treatment fails. Given these and other issues associated with treatment safety and efficacy, scientists are applying tremendous effort toward the utilization of nanomedicine in the fight against cancer.

Nanotechnology-based therapeutics have exhibited clear benefits when compared with unmodified drugs, including improved half-lives, retention, and targeting efficiency, and fewer patient side effects. Researchers have already made progress with chemotherapeutic nanomedicines in the clinic. Several compounds that are in various stages of trials or already approved by the U.S. Food and Drug Administration (FDA). For example, Calando Pharmaceuticals has demonstrated the first evidence of nanoparticle-delivered clinical RNA interference (RNAi) (Nature, 464:1067-70, 2010). BIND Biosciences has shown that nanoparticles combining a chemotherapeutic drug with prostate-specific membrane antigen (PSMA) can reduce lung and tonsillar lesions with greater efficacy compared with the drug alone, and at substantially lower doses (Sci Transl Med, doi:10.1126/scitranslmed.3003651, 2012). Furthermore, Celgene’s Abraxane, an albumin-functionalized paclitaxel formulation, was initially approved by the FDA for sale as a breast cancer therapy, but also recently received approval for the treatment of lung and pancreatic cancers.

Cancer nanomedicine possesses the versatility required to uniquely overcome some of the most challenging impediments to treatment success.

On the preclinical front, several nanomaterial formulations have shown promise. Single-agent nanoparticle delivery, both actively and passively targeted, has been demonstrated with a host of platforms using silica, polymer, metal, and carbon-based materials.

Delivering a double whammy

Researchers recently reported multidrug delivery using nanoparticles to mediate resistance in relapsing cancers and to improve triple-negative breast cancer treatment efficacy. Other recent approaches have included layer-by-layer siRNA and doxorubicin delivery for breast cancer therapy, simultaneous loading of small interfering RNA (siRNA) and tumor-penetrating peptides against ovarian cancer, as well as sequential administration of multiple types of nanoparticles for pancreatic cancer treatment (Adv Funct Mater, doi:10.1002/adfm.201303222, 2014). These exciting approaches have served as a foundation for the next phase of cancer nanomedicine in the clinic—the rational design of nanomaterial-drug combinations.

Until more nanoparticles are validated in the clinic, however, the impact that nanomedicine may have on cancer treatment has yet to be fully realized. In order for chemotherapies modified using nanotechnology to profoundly change hematological and oncological practice, the application of engineered nanomedicines must be paired with emerging strategies to rationally design nanotherapeutic combinations. This is critical because combinatorial therapy is an efficient way to simultaneously address the barriers to treatment success, and it is widely used in treating cancer and infectious diseases.

Current clinical methodologies for combinatorial drug design include additive treatments that combine two or more drugs at their highest tolerable but still efficacious dose, although the synergistic effects among drugs cannot be taken into account using this additive approach. As the field gradually embraces the use of nanoparticles to deliver multiple compounds with different targets, a move away from additive dosing is necessary. This raises several important questions. For example, silencing genes to combat resistance, mediating apoptosis, and allowing vascular access are each pathways worth targeting, but what if multiple pathways are targeted at the same time to comprehensively attack the tumor? How will dosing be determined? How will the dosages of each drug be adjusted if efficacy is improved but toxicity is worsened? More importantly, how will “optimization” be defined, especially if the desired outcome is to simultaneously stop tumor growth, eliminate resistance, maintain white blood cell counts, and achieve a host of other objectives?

The next phase of cancer nanomedicine in the clinic is the rational design of nanomaterial-drug combinations.

An attempt to optimize any one of these conditions will inevitably affect the others. Furthermore, these conditions vary from patient to patient, so phenotypic personalized medicine will be required. In addition, these issues create a parameter space that is too large to be individually tested and can result in an arbitrary dosing scenario. For example, a combination of six candidate therapeutics with 10 possible concentrations represents a minimum of 1 million possible combinations. Identifying a solution that rapidly converges on a defined set of phenotypic outcomes is a challenge that faces both unmodified drug administration and drug delivery by nanoparticles.

To move beyond short-term cancer management—or single outcomes, like delaying tumor growth using a nanoparticle drug formulation—and to enable long-term or potentially permanent disease management, the field of nanomedicine will inevitably need to be paired with advanced strategies to rapidly determine dosing conditions that can simultaneously optimize for efficacy and safety. One promising route is the field of feedback system control (FSC), which relies on phenotypic responses instead of trying to interrogate cellular pathways, their individual protein components, or a spectrum of genotypic responses. One example is the use of a search algorithm in a feedback loop that can guide the formulation of rational drug combinations, both unmodified and nanotherapeutic. (SeePNAS, 105:5105-10, 2008BMC Systems Biology, 5:88, 2011.) Remarkably, this approach can be used for in vitro studies with cell lines and primary cells, and for preclinical and even clinical validation. And because FSC utilizes outcomes to iteratively suggest new possible combinations before rapid convergence—in tens of trials versus a million or more—toward an optimal combinatorial dose, pharmacokinetics and pharmacodynamics are inherently accounted for with this approach. Furthermore, because combinations will vary from patient to patient, FSC will help personalized nanomedicine dosing on a case-by-case basis.

In sum, cancer nanomedicine possesses the versatility required to uniquely overcome some of the most challenging impediments to treatment success. Rationally designing nanotherapeutic combinations using rapid convergence solutions such as FSC represents a promising pathway from cancer management towards cancer elimination.

Dean Ho is a professor of oral biology and medicine at the University of California, Los Angeles (UCLA) School of Dentistry, where he codirects the Weintraub Center for Reconstructive Biotechnology. He is also a UCLA professor of bioengineering and a member of the Jonsson Comprehensive Cancer Center and California NanoSystems Institute. In December 2013, Ho coauthored a review of the translation of cancer nanomedicine to the clinic (E.K. Chow, D. Ho,Sci Transl Med, doi:10.1126/scitranslmed.3005872, 2013).

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Bible study class, Judges 21:1-23

11. A tribe slaughtered and their virgins raped for not showing up at roll call. In Judges 21:1-23, a tribe of Israelites misses roll call, so the other Israelites kill them all except for the female virgins, which they take for themselves(note that they didnt take any young men for the women of Isreal, just young virgin girls for the men of Isreal). Still not happy, they hide in vineyards and pounce on dancing women from Shiloh to take them for themselves ( as sex slaves). - See more at: http://commonsenseatheism.com/?p=21#sthash.2Nhq6AJs.dpuf read full text here!

Wives Provided for the Tribe of Benjamin

21 Now the men of Israel had sworn kat Mizpah, “No one of us shall give his daughter in marriage to Benjamin.” And the people came to lBethel and sat there till evening before God, and they lifted up their voices and wept bitterly. And they said, “O Lord, the God of Israel, why has this happened in Israel, that today there should be one tribe lacking in Israel?” And the next day the people rose early and mbuilt there an altar and offered burnt offerings and peace offerings. And the people of Israel said, “Which of all the tribes of Israel did not come up in the assembly to the Lord?” nFor they had taken a great oath concerning him who did not come up to the Lord to Mizpah, saying, “He shall surely be put to death.” And the people of Israel ohad compassion for Benjamin their brother and said, “One tribe is cut off from Israel this day. pWhat shall we do for wives for those who are left, since we have sworn by theLord that we will not give them any of our daughters for wives?”

And they said, “What one is there of the tribes of Israel that did not come up to the Lord to Mizpah?” And behold, no one had come to the camp from qJabesh-gilead, to the assembly. For when the people were mustered, behold, not one of the inhabitants of qJabesh-gilead was there. 10 So the congregation sent 12,000 of their bravest men there and commanded them, r“Go and strike the inhabitants of Jabesh-gilead with the edge of the sword; also the women and the little ones. 11 This is what you shall do: severy male and every woman that has lain with a male you shall devote to destruction.” 12 And they found among the inhabitants of Jabesh-gilead 400 young virgins who had not known a man by lying with him, and they brought them to the camp at tShiloh, which is in the land of Canaan.

13 Then the whole congregation sent word to the people of Benjamin who were at the urock of Rimmon and vproclaimed peace to them. 14 And Benjamin returned at that time. And they gave them the women whom they had saved alive of the women of Jabesh-gilead, but they were not enough for them. 15 And the people whad compassion on Benjamin because theLord had made a breach in the tribes of Israel.

16 Then the elders of the congregation said, x“What shall we do for wives for those who are left, since the women are destroyed out of Benjamin?” 17 And they said, “There must be an inheritance for the survivors of Benjamin, that a tribe not be blotted out from Israel. 18 Yet we cannot give them wives from our daughters.” yFor the people of Israel had sworn, “Cursed be he who gives a wife to Benjamin.” 19 So they said, “Behold, there is the yearly feast of the Lordat Shiloh, which is north of Bethel, on the east of zthe highway that goes up from Bethel to Shechem, and south of Lebonah.” 20 And they commanded the people of Benjamin, saying, “Go and lie in ambush in the vineyards 21 and watch. If the daughters of Shiloh come out toadance in the dances, then come out of the vineyards and snatch each man his wife from the daughters of Shiloh, and go to the land of Benjamin. 22 And when their fathers or their brothers come to complain to us, we will say to them, ‘Grant them graciously to us, because we did not take for each man of them his wife in battle, neither did you give them to them, else you would now be guilty.’ ” 23 And the people of Benjamin did so and took their wives, according to their number, from the dancers whom they carried off. Then they went and returned to their inheritance band rebuilt the towns and lived in them.

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vecoy

WILL VIRUS PARTICLES MEET THEIR END IN THESE TINY DEATH TRAPS?

Whether or not the single biggest threat to humankind’s continued vitality on the planet is the virus, as Nobel Laureate Joshua Lederberg has said, there’s no question that viruses impose a hefty toll on human health worldwide. Though bacteria have been more or less conquered with antibiotics (though that’s not as certain as it used to be), viruses have continued to thrive and mutate despite Western medicine’s best efforts to combat them.

But there’s a new kid on the medical block: Nanotechnology is gradually turning its hypothetical promise into real applications. Some see nanotech-based medicines as an entirely new set of tools in a doctor’s medical bag. Among commercial companies, Vecoy Nanomedicines is most bullish on the promise of nanotechnology to combat viruses.

vecoy-microscope-photoTThe Israeli startup — whose founder, biologist Erez Livneh, fine-tuned the idea at Singularity University’s 2010 GSP program — is building a new class of medicines to fight viruses.

“The secret sauce here is not a specific material but a structure,” Livneh emphasized in his presentation at this year’s Solve for X competition.

The structure is a nano-sized virus trap that would be administered in bulk, either with an injection or with an aerosol spray, to a patient who had been exposed to a virus. The polyhedron traps are large for nanomachines but still far smaller than a blood cell. Their outer layer dupes the immune system into recognizing it as friend, not foe, while pores in the surface are large enough to invite viruses in. After a virus enters, it meets with sharp pokers that physically destroy it.

“The Vecoy technology is the invention that solved a seeming paradox: How do you create a particle that’s attractive to viruses but that’s invisible to the immune system?” Livneh explained in a recent interview with Singularity Hub.

They claim that in a recent in vitro test, repeated rounds of the traps captured 97 percent of the viral copies that were floating around with human cells.

Vecoy is considering a number of different materials from which to build. But the seeming frontrunner is folded DNA, which has emerged as a viable raw material from which to build nanostructures. But some believe the biological material will inevitably trigger an immune response, even in its abstracted form.

“I feel that this approach is flawed, and could cause a dangerous, inflammatory innate immune response that could make the patient extremely ill,” said Stanford’s Annelise Barron. The immune response could potentially be averted, Barron said, if “the percentage of DNA in the ‘decoy’ construct could be adjusted to be minimal.”

Supporters of so-called DNA origami, on the other hand, claim that the worst-case scenario will be that the body will biodegrade the DNA-based machines before they can perform their function.

“People ask, ‘How do you guarantee that this stuff will be ejected?’ but our challenge is guaranteeing it won’t be ejected too fast,” Livneh explained.

vecoy-diagramWhat would happen to the devices after they were administered to a patient and had done their work? In one scenario, the immune system would clear out the traps. In another, the traps would dissolve, releasing broken viral strands, which would hopefully help the immune system learn to target the virus more effectively on its own.

A wide range of potential uses for the mini virus traps can be envisioned. In addition to being administered to patients as medicine, they could be cycled through donated blood and other transplantable body fluids. They could also be used to purge water supplies of viruses such as cholera. In that case, the traps would be made from magnetic material to be retrieved after use with a magnet.

It’s hard to argue with the need for a more effective ways of controlling viral illnesses.

“We need new ways of looking at viruses. The Spanish flu killed more than all the casualties of World War I by both sides. If that virus were to hit today, we’re not better off; we’re actually worse off with a denser population and international flights,” Livneh said. “This is exactly the kind of stuff that got me into science in the first place. It’s an opportunity to make a radical change for the better.”

http://singularityhub.com/2014/04/01/will-virus-particles-meet-their-end-in-these-tiny-death-traps/

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There's the hope that 3-D printers could someday produce much-needed organs for transplants. Americans are living longer, and as we get deeper into old age our organs are failing more. Some 18 people die in the United States each day waiting in vain for transplants because of a shortage of donated organs -- a problem that Anthony Atala, director of the Wake Forest Institute for Regenerative Medicine and a pioneer in bioprinting, calls "a major health crisis.-http://www.cnn.com/2014/04/03/tech/innovation/3-d-printing-human-organs/

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Microchip implant in eyes of nine blind people helps them to see again

  • The implant partially restored vision in retinitis pigmentosa sufferers
  • The 3mm chip made up of 1,500 pixels was placed at the rear of the eyeball
  • Patients were able to recognise facial expressions and distinguish objects
  • Scientists at Tubingen University said the trials 'exceeded expectations' 

By MARIO LEDWITH

A microchip developed by scientists has restored the sight of nine blind people suffering from a  degenerative disease after it was inserted into their eyes.

Once positioned at the rear of the eyeball, the implant restored functional vision to the patients born with the hereditary condition retinitis pigmentosa (RP).

The 3mm chip may provide the 15 million people left blinded by the disease a means of partially restoring their vision.

X-ray: Scientists at Germany's Tubingen University placed the 3mm chip at the rear of the eyeball of patients suffering from retinitis pigmentosa (RP)

X-ray: Scientists at Germany's Tubingen University placed the 3mm chip at the rear of the eyeball of patients suffering from retinitis pigmentosa (RP)

The tiny implant, developed by scientists at Germany's Tubingen University, is placed below the surface of the retina where it electrically stimulates optical tissues.

In the latest trials, described in the Royal Society's biological research journal Proceedings B, most of the patients involved were able to recognise facial expressions.

They could also distinguish objects such as fruit on a table and read road signs.

 

Sight sharpness for two of them also surpassed the visual resolution achieved in earlier human trials involving 27 patients.

Professor Eberhart Zrenner, of Tubingen University's Institute for Ophthalmic Research, said trials  'exceeded expectations'

He said: 'As physicians we are constantly seeking out the best treatment options for our most in-need patients which most definitely includes those suffering from advanced-stage retinitis pigmentosa.

Stimulant: The tiny implant was placed below the surface of the retina where it electrically stimulates optical tissues

Stimulant: The tiny implant was placed below the surface of the retina where it electrically stimulates optical tissues

Blind: RP is a disease that mainly affects the retina, specifically, the photoreceptors in the macular layer, which slowly degrade until the patient goes blind

Blind: RP is a disease that mainly affects the retina, specifically, the photoreceptors in the macular layer, which slowly degrade until the patient goes blind

'This research provides additional evidence our sub-retinal implant technology can help some patients with retinal degeneration regain functional vision and does so in a way that does not require externally visible equipment.'

RP is a disease that mainly affects the retina - specifically, the photoreceptors in the macular layer, which slowly degrade until the patient goes blind.

Although the disease is incurable, the nerves of the retina remain functional in one bright spot. If these nerves can be stimulated then some form of vision might be recovered.

The light-sensitive, externally powered microchip is surgically implanted beneath the retina and into the macular region.

This is the area of the eye where clear images are formed in normal-sighted individuals.

The chip is made up of 1,500 pixels each with its own amplifier and electrode for stimulating the retinal nerves.

Improvement: In the latest trials, described in Royal Society's biological research journal Proceedings B, most of the patients involved were able to recognise facial expressions

Improvement: In the latest trials, described in Royal Society's biological research journal Proceedings B, most of the patients involved were able to recognise facial expressions

In addition there are 16 electrodes to stimulate the nerves directly - producing some degree of artificial vision in the form of lines and colours the patient learns to interpret.

Walter-G Wrobel, chief executive of Retina Implant AG in Germany, which has manufactured the implant, said: 'The continuation of our trial is the next milestone in our quest to provide RP patients living in darkness with a treatment option.

'We are continually humbled by the 36 patients we've implanted so far and their willingness to participate in this ground-breaking research.'

David Head, chief executive of RP Fighting Blindness, said: 'As a leading relevant patient organisation in the UK we have been watching Retina Implant AG's research with great interest.

'The results published today show definite promise to one day restore functional vision to patients with advanced-stage retinitis pigmentosa.'



Read more: http://www.dailymail.co.uk/sciencetech/article-2281460/How-microchip-inserted-eyes-blind-people-suffering-degenerative-disease-helped-again.html#ixzz2y3TwRpWf 
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http://www.dailymail.co.uk/sciencetech/article-2281460/How-microchip-inserted-eyes-blind-people-suffering-degenerative-disease-helped-again.html

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Christianity and WOmen

The idea that human sexuality is something dirty and sinful is a common trait for the Middle Eastern religions. The Esseenes, the early Christian sect, simply avoided marriage and sex all together. These eastern religions’s view of women was formed by the fact that they emerged in male dominated and very patriarchal societies. The covenant of the Old Testament between Jehova and the Jews, was really a pact between the God and exclusively the male part of the population. Women traditionally had a very low esteem in the Jewish society. They were seen as being somewhat stupid, not very good learners and frivolous. Women played a minor role in public life in Jewish society and were limited to being maternal- and householding chores. The Jews also looked upon women as the source of sin and death. “Original sin originated from the woman, and because of her we all must die”. This view of women has been part of Christianity ever since (Westermark). Woman was blamed for the original sin, to have led innocent Adam and thus mankind into the cesspool of sin. 

The Christian view of women and sexuality are closely connected with the concept of original sin. “Behold, I am born in misdeed, and my mother conceived me in sin” (Ps 51,7). When the purely fictional characters of Adam and Eve, according to the Bible, suddenly realised that they were stark naked and had different anatomy, they took an interest in each other’s bodies. As a result the dirty and sinful bodily libido came into play. How mankind otherwise was supposed to reproduce and multiply in Gods cunning Masterplan is a bit unclear in the Bible. Maybe he had some kind of test tube cloning in mind, or perhaps some kind of pollination? Without “original sin” there would soon be no mankind for God to condemn. And we all know how much he likes to condemn , punish and kill sinners, by the thousands.

But of course, the gullible woman Eve was to blame, not the crazy Lord Almighty who placed both the three of knowledge and the seductive talking (!) snake in the three, in the garden in the first place. It is of course blasphemous to suggest that an almighty and omniscient creator God should really know what kind of creatures he creates. He should know that Eve would fall for the snake’s smooth talking. Why create man with a free will if you don’t want man to have this free will, and will punish harshly your creations for taking their own choices? It makes of course perfect sense if God is a perverted sadist deity, getting off on punishing his puny mortal creations. And it makes of course even more sense to punish mankind for the sin of purely fictional characters. What kind of a sick twisted stupid idea is that?! Still today this lays in the very foundation of Christian "thinking"!! (Your Honour, I rest my case...)

The Church Father Tertullian tells us “the woman should wear a simple dress, be mournful and full of repentance to suffer for her inheritance from Eve, the shame of being the one who committed the original sin and the guilt of being the cause of mankind’s condemnation.” According to the apocrypha Egyptian gospel, Jesus said, I have come to abolish the deeds of women” (Edwien). It is reasonable to interpret this as referring to “Original sin”, that is female sexuality, procreation and childbirth. This is also in accordance with the bizarre Christian celibacy ideal. Women were a constant threat and challenge to the male priests and monks pledge of celibacy and chastity. The pious Francis of Assisi f.ex. warns his fellow Franciscan brothers against having anything to do with women at all, even to talk to them. 

Of lesser value
The Church Fathers St. Augustine, Ambrosius and John Chrysostomos (Gold-mouth) all had the opinion that woman was an inferior creature of lesser value than men. She was not created in Gods image (because God is a man), and her main purpose was to serve and obey the man. The church fathers argued that the very caption “woman” or “female” (femina in latin) was in itself kind of obvious linguistic proof that women were inferior to men. They argued that the word “femina” consisted of the two words fe = fides(faith) and minus (less), thus “femina” meant “of lesser faith”. Christianity’s “great thinker” Thomas Aquinas also saw women as both bodily and spiritually inferior to men. He meant that women in reality were “failed” men. This alleged holy cerebral genius was convinced that girls were the result of poor semen quality or a faulty uterus. He wondered if the reason for the birth of girls could be the damp winds from the south, which besides causing rain also caused babies with an extra high water content (!), - girls (Deschner 1987). Martin Luther, who in fact contributed to abolishing celibacy, also saw women as inferior, woman were only “half a child” or a “magnificent animal” in his view (Ibid).

Are women human?
At the church council in Mâcon towards the end of the sixth century, a bishop asked the question if women were to be considered as human beings (or more precisely: belonging to the species “homo” [sapiens]). The bishop answered this very intelligent question himself with a firm No! The majority of the council however, agreed upon that according to the Bible, women, in spite of all their faults and shortcomings, had to be considered as a member of the human species. Some of the delegates insisted however that the female gender only is of this earthly world, and that after Judgement Day all women will be transformed to genderless beings. 
One realises that the cognitive abilities of the prominent delegates of the Christian Church in the first centuries left something to be desired. Even a Catholic has to admit, “none of the official Roman bishops in the second and third century could be considered as real theologians” (A. Erhard in Deschner 1987). 
I’m not completely convinced if the situation has improved much since then.

Another church council, this time in Auxerre, in the end of the sixth century forbade women to receive the Eucharist with their bare hands, to not spoil the sacrament. Repeatedly the importance of women keeping their distance from the altar when attending mass is emphasized. With Christianity the women lost their traditional free social role in both the Roman Empire and in Germanic Northern Europe. In the Roman society, the marriage arrangement Conventio in manum, where the husband did not get authority over his wife or her money, was now abolished. Under this arrangement the married woman would still be under her father’s authority, an authority more or less reduced to a trifle at this point. After the introduction of Christianity, Roman women and their possessions came under their husband’s authority, and thus losing their independence.

The Bible’s regulations of marriage and gender roles were of course heavily influenced by the Jewish society’s strong patriarchal traditions. By the way, St.Mark tells us that Jesus said that if a [Jewish] woman divorced her husband, and then re-married, she was guilty of adultery (Mk 10,12). St.Mark is obviously not very well informed about Jewish society, since Jewish women had actually no right whatsoever to divorce their husbands. 

With the introduction of Christianity in Northern Europe, women also lost much of their status, independence and prominent role in both society and religious life. In the pagan religion, women were central both in performing rituals and with several female goddesses in the pagan pantheon. Women had the right to inherit land and other rights under the laws, and were often the owner and head of households. In the pagan burials, there are no differences in wealth between male and female burials in the pre-Christian periods. 

In polytheistic religions like the Pagan Norse religion, the eternal battle between the forces is the main theme. This battle between order and chaos is upholding the balance of the world. The different forces, or gods, are not simply good or evil; they are playing their necessary parts in the everlasting epic fight, maintaining the balance and equilibrium of the world. Christianity, on the other hand, is a harsh dualism between good and evil, between pure and spoiled, black and white. There is no room for greys, compromises or doubt. “He that is not with me is against me” as Jesus himself so eloquently undiplomatically puts it (Mt 12:30, Mk 9,40). 

The pagan religions of northern Europe were faith-tolerant and accepted other religions. A myriad of different gods, both local and foreign, was not a problem for polytheistic religions. Christianity is on the other hand a strictly monotheistic religion, which does not tolerate other gods whatsoever. As result the Church demonised the old pagan gods. And with Christianity, a strong patriarchal male dominated social order was introduced. Christianity was forced upon pagan society by the authorities by sword. As emperor Constantine did in the fourth century, Christianity was now also used as a powerful political tool to get rid of the old power structures and local petty kings, and introducing an unified national sovereign authority. The pagan religion was an entire integral part of the pre-Christian society, and by destroying the pagan religion, the pagan society’s political structures also crumbled. With Christianity we also got the strict male domination of the church wedged into the society’s social structures. And there was no place for women in this new religion, except as pious passive believers. 

With the male domination in the Church, women were considered as of inferior value and subordinate men, according to St. Paul’s teachings. St. Paul thought that men should be the head of women; she was created to serve the man and not vice versa. 1Cor 11,1-9; Eph 5,21-24; Col 3,18; 1 Tim 2,11-15; Tit 2,4-5; A woman should not be allowed to teach, and she should be quiet - be seen and not heard.
* As late as in 1995, Pope John Paul II declared the debate of female priests for over. There was nothing to discuss; Jesus chose only men as apostles, and therefore only men can be priests. End of story!

Chastity?
The Church’s fear of women is closely connected with the Church’s views on sex, celibacy and chastity ideals. Women aroused feelings and desires among the male clergy, feelings they were desperately trying to suppress. Such yearnings and desires often take a lot of self-discipline to suppress, and to suppress such natural feelings cannot be very healthy in the long run. The Church’s bizarre ideas about women, sexuality and crazy paranoid notions about the workings of demons and spirits that later led to the crazy and hysterical witch-hunts, are obvious proof of this. 

The official teachings of the Church was one thing, the clerical real life practice another. Chastity was not something everybody in the Church took as an absolute unexceptionable rule; popes, cardinals, bishops, priests, monks and nuns have fornicated and produced offspring since early Christendom. As an example: Pope Paul III became pope only because his sister was the last pope’s (Alexander VI) mistress. Paul himself had three sons with other women than his wife. In the Vatican corridors, popes and cardinals were not the only ones wearing dresses. When these things couldn’t be kept secret, it was only logical to blame it on the innate sinful women, who with their evil ways tempted and lured the poor pious clergy into carnal lust and sin against their will. 
Christianity teaches that there is a clear distinction between soul and body, between the pure spiritual soul, and the dirty and disgusting body. Again it is St. Paul who is the main advocate for the idea that everything bodily is sinful, that the human body itself is the very home, the very root of Sin. This idea has produced a variety of bizarre events and views over the years. The Church Father Origenes sat right down and castrated himself after taking the Bible’s words of celibacy literally. Other theologians would often refer to the human body with contempt, such as a “pit of dung”, a “container of all things rotten” or as a “snow covered pile of manure” (The theologian John of Aviola, elevated to Church father in 1926). 
One is tempted to say, “It takes one to know one”.

Pious Madness
The denial of natural feelings and desires cannot be very healthy in the long run. Whenever pious monks felt sexually aroused and felt a tingling sensation in the groin, it was not uncommon for them to dive naked into freezing waters in lakes and rivers, even in the middle of the night and in wintertime. Standing in freezing water to their waist bending their knees repeatedly and singing hymns with rattling teeth and purple faces, they conquered the devious sin. Some wrapped heavy pieces of iron to their penises as penitence, others isolated themselves in small rooms for years, some rolled themselves in ant nests as the holy Macarius, or rolled naked in thorn bushes as the holy Benedict. The pious Schenute did his penitence by weeping all day, and Antonius, the founder of the Antonite order, smeared himself with pig excrements (St. Antonius is by the way the holy catholic protector of cattle). 
Others got the wonderful idea to live on grass alone, and grazed the meadows as cattle. To do penitence by standing still and mute for days at end was also a very popular thing among many pious Christians. Others took more drastic measures. The founder of the Dominican order, Domingo du Guzman (1170-1221 AD) whipped himself unconscious regularly to maintain his chastity and to strengthen his piousness. 

The over-the-top pious syrian Symeon Stylites (means pillar man in Greek)(390-459 AD) roosted on top of a high pillar for 36(!) years, praying, preaching and doing ascetic exercises. This was not the first deranged idea this Symeon have had. Earlier he had stood firm in a dry well for five days on end praising God’s glory with constant singing, and then he let himself be walled up during fasting, without any food or drink. He did this at least 28 times. This happened around 412 AD after he was expelled from the monastery in Taleda because of his fanatical penitence-eagerness. After several years with his relentless energetic and manically urge to do penitence, the other monks couldn’t take it any more and kicked him out. 
After the five days in the well and the fasting episode, he then let himself be chained to a rock and hung there for a while, until he got this marvellous idea about the pillar. Then he had already been contemplating standing on one foot for the rest of his life, but the idea of ascending a pillar was obviously more appealing to him. Symeon then became the first of the church’s holy pillar saints. Symeon also took the Church’s negative view of women very seriously, to such a degree that he refused to see his old mother for the rest of his life. (His mother Martha later also became a catholic Saint, because of her son Symeon’s “great achievement”). Women were not allowed to approach his pillar, and had to keep their distance. He also used to throw stones at passing women from his small platform on top of the pillar, if they came too close (Deschner 1987). 

Twice a day he held exhorting preaches to visiting pilgrims from this elevated platform. Symeon’s pious pillar ascension inspired a multitude of aspiring pillar saints, who also roosted themselves on top of high pillars, often for decades. Some of the later ones were smart enough to build themselves small shelters on top of their pillar. Soon there were numerous of such pillars with a deranged bearded and ragged holy men roosting on top. Regular forests of pillars were erected, and competition could be hard. A Roman monk, John Moschus, writes about a long and bitter religious dispute between a catholic and a monophysitic pillar saint, who stood and yelled and ridiculed each other from their respective pillars (Deschner 1990). Symeon and probably all the other pillar saints were probably completely raving insane, but to the Church they are holy ideals of piousness, chastity and asceticism. 

Criminal Law and Punishment
Under the influence of Christian teachings, Constantine - the first ”Christian” emperor, started to criminalize moral misdemeanours. This had earlier been considered belonging to the private domain. Among other things, “stealing brides”, also in the cases were the bride consented, now got a death penalty. Not only the “kidnapper” groom and the bride, but also the participating staff (servants, wet-nurses etc) were executed by forcing melted lead down their throats. Participating slaves were burned to death. For sexual relations between a male slave and his female owner, the woman was decapitated and the slave burned. A corresponding regulation for sexual relationships between male owners and female slaves didn’t exist of course.

Holy Brothels 
In spite of the Christian religious ideals of chastity and celibacy, the reality was, as we have seen, somewhat different. According to the sources many monks (and nuns) were acting like frivolous libertines. The sources suggest that many became monks just to be able to fornicate undisturbed (Deschner 1987). In the end of the 16th century many male monasteries were teeming with women and children. Homosexuality was also not uncommon in many monasteries. And many nun monasteries were in reality working brothels, and competed many places in Europe with the local prostitutes. Already in the ninth century there are many comparisons between nun monasteries and brothels in the texts. The clergy complained regularly about nun monasteries being open both day and night, to both laymen and randy priests. Chastity and celibacy had obviously a hard time, and if the nuns didn’t have access to men, they had to help themselves as best they could. Marguerite Gourdan was France’s most famous brothel owner in the 18th century, and a well-known producer of wooden penises, popularly called “nun heirlooms”. When she passed away in 1783 they found hundreds of orders for her wooden penises from French nun monasteries (ibid). Many monks had on the other side a strong inclination for voluptuous statues and pictures of St.Mary, and it was not uncommon to find kneeling monks masturbating in front of a well-proportioned statue of St. Mary. 

It was not very different in the Vatican. Pope Sixtus IV in the fifteenth century is famous for building the Sistine Chapel, but he also built a brothel. Sixtus was himself one horny bastard, and raped both his own sister and his children. He also earned approximately 20.000 ducats in taxes each year from his personal prostitutes. Both the Pope, cardinals, bishops, abbots and abbesses bought and sold brothels and prostitutes at this time. It was a huge industry, papal Rome had in 1490 less than 100.000 citizens, and 6800 of these were prostitutes. This means that every seventh woman in Rome was a prostitute at this time. 

Masturbation and homosexuality
The widespread monastery life was instrumental to suppress the population growth in the early Middle Ages. Up until the 14th century the Catholic Church seems to be fairly liberal with non-fertile ways of getting sexual satisfaction. Lesbian and gay relationships were not uncommon in monasteries, and were largely ignored if not committed publicly. Masturbation was also considered as a minor sin and usually ignored. If caught in the act the penalty was usually quite mild. As an example, penitence books only gave 50 days of penitence for a bishop who had been caught masturbating in church (!) (voluntare semen fudit in eglesia). For a priest the penalty for this was only 30 days of penitence (E.Bjøl). Masturbation was considered normal for the young ones, and 14 of 17 medieval theologians deal with, and accept, female masturbation, especially in cases when women didn’t get orgasm during intercourse. The reason was the widespread belief that orgasm was necessary for impregnation. 

After the Black Death had sent huge parts of Europe’s population home to Jesus in the middle of the fourteenth century, the church changed its view on non-fertile and “unnatural habits” drastically. These things were now considered as serious sins. As a result masturbation was considered harmful and the cause of blindness, epilepsy and several other illnesses. And this view made its way into the medical world, and is just one example of how misanthropic Christian moral has corrupted medical progress. Surprisingly this view of masturbation as an unhealthy crippling menace continued until the twentieth century! Amazing! 

Rules for married
The pious ideals of the Christian Church have always been chastity, asceticism and celibacy. Already the Apostle council firmly stated in their decree, that among the worst deadly sins were trinity, paganism, murder and sex without marriage. Even sex within the marriage was considered a sin, so the church started regulating it. In the early middle ages this kind of filthy activity between married couples was forbidden on Sundays and other holydays, on days of penitence and prayer, on Wednesdays and Fridays, or Fridays and Saturdays, and of course in the forty day long Fasting, in the four weeks of Advent, before going to Altar (Eucharist), under pregnancy etc (Deschner 1987). If we add all this together we find that sex within marriage was forbidden in eight months of the year!Later in the Middle Ages this religious ban was reduced to just half the year. Breaking the rules was punished with penitence, but also with deformed and handicapped children, epilepsy, leprosy and demonic possessions, according to the Church. The moral concerned clergy discussed thorough and deeply which sexual position gave the least pleasure for the participants, and therefore could be accepted by the church. What deep insights, broad experience and factual knowledge the church had on these matters, is not entirely clear. Anyway, the result was that all other sexual positions than the “missionary position” was considered a crime just as serious as murder. The church viewed marriage as doubtful at best. According to St. Augustine married persons got a lesser place in heaven than unmarried did, and only completely abstemious marriages were really ”true” marriages.

Birth control
Family planning and the use of contraceptives, both ”mechanical” devices and pharmacological ones were widespread and quite common in Antiquity. In the Christian world family planning and contraception have more or less been unknown until modern times. And in modern times the Catholic Church had tried to fight this with all means necessary. The Pope is still at it, with his reactionary crusade against contraceptives, also in heavily overpopulated developing countries with colossal Aids- and HIV-problems. How many people have died and die because of deceases easily avoided with condoms, how many illegal abortions or unwanted children growing up under horrendous social, economical and hygienic conditions This papal crusade against contraception is not only stupid, it is malicious and evil. Instead the Vatican has their own “developing” projects, building schools and churches in developing countries to further promote mythical, magical, racist, misanthropic and completely irrational ideas discarded by science centuries ago.With the fierce enthusiasm The Catholic Church has for fighting contraception, one can ask: When has the Church showed any similar enthusiasm to fight the weapons industry? When have the bishops engaged themselves and their vast influential organisation in fighting the production and use of bombs, grenades, mines, napalm and nerve gas? Never! But in fighting contraception and family planning the influential Catholic Church has showed an impressive and burning commitment. 
The hypocrisy of the Church never ceases to amaze us.

http://www.bandoli.no/christianity_and_sex.htm

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