Lifeboat Foundation: Safeguarding Humanity
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Category: neuroscience

I will say that many great innovators and inventors had some sort of spiritualism that they drew from to provide another angle on how to see/ perfect an idea or innovation. Jobs, Tesla, Edison, Bell, da Vinci, Carver, etc.

The Properties of Space.

Science works best when in harmony with nature. If we put these two together, we can discover great technologies that can only come about when the consciousness of the planet is ready to embrace them. One example is “free energy,” also known as “zero-point energy,” which utilizes the substance that exists all around us and converts it into usable energy. This would give us a limitless source of energy, and would practically wipe out all poverty on the planet. (more on this later in the article)

The properties of space have been postulated by many, from ancient Vedic philosophy, Eastern Mystics, various ancient civilizations throughout human history all the way to Descartes, Einstein, Newton and more. Humans are curious beings, and our quest to discover “what is” will never end.

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A special form of RNA called extra-coding RNA controls the careful targeting to add or remove methyl groups to chromosomal DNA of the adult neuron. The ecRNAs are fundamental regulators of DNA methylation patterns in the adult brain through interaction with DNA methyltransferase enzymes and are involved in creation of memories.

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There is a lot of truth to this article especially as you look at how the mind responds/ reacts to situations, ideas, etc. has also other factors involved such as how a person overall immune system is responding, chemical balance of a person’s system, etc. So, this reconfirms that thinking and being human goes far beyond a replica of a brain in a system.

Where is your mind? Where does your thinking occur? Where are your beliefs? René Descartes thought that the mind was an immaterial soul, housed in the pineal gland near the centre of the brain. Nowadays, by contrast, we tend to identify the mind with the brain. We know that mental processes depend on brain processes, and that different brain regions are responsible for different functions. However, we still agree with Descartes on one thing: we still think of the mind as (in a phrase coined by the philosopher of mind Andy Clark) brainbound, locked away in the head, communicating with the body and wider world but separate from them. And this might be quite wrong. I’m not suggesting that the mind is non-physical or doubting that the brain is central to it; but it could be that (as Clark and others argue) the mind extends beyond the brain.

To begin with, there is a strong case for thinking that many mental processes are essentially embodied. The brainbound view pictures the brain as a powerful executive, planning every aspect of behaviour and sending detailed instructions to the muscles. But, as work in robotics has illustrated, there are more efficient ways of doing things, which nature almost certainly employs. The more biologically realistic robots perform basic patterns of movement naturally, in virtue of their passive dynamics, without the use of motors and controllers. Intelligent, powered control is then achieved by continuously monitoring and tweaking these bodily processes, sharing the control task between brain and body.

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Nice.

A team of neuroscientists at the Champalimaud Centre for the Unknown, in Lisbon, has been able to map single neural connections over long distances in the brain. “These are the first measurements of neural inputs between local circuits and faraway sites”, says Leopoldo Petreanu, who led the research. In doing so, Petreanu and co-authors Nicolás Morgenstern and Jacques Bourg have also discovered that the wiring of the brain is more complex than previously thought. Their results have been published in the journal Nature Neuroscience.

“We want to understand the structure of the brain, but the wiring diagram we have of the brain is still very rough”, says Petreanu. “Except at the local level, we don’t know how individual axons [the fibers projected by neurons] connect.”

Thanks to a novel technique involving neural stimulation with laser light developed at their lab, the scientists were able to track the activity of individual axons, in the mouse brain, between a brain structure called the thalamus and the part of the visual cortex which receives, by way of the thalamus, the visual stimuli from the retinas.

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In my work, I talk a lot about how to reduce fear in the workplace and structure full engagement. The HeartMath Institute’s work brings to light a key component of this type of leadership. When I speak about things like recruiting based on company values, aligning people with an emotionally compelling mission and vision, creating an environment of safety and belonging, frequently recognizing and celebrating achievements so that people know they matter…I am also talking about how to engage the hearts of your people. Engaging the heart is a key component of evolving a “Smart State”. It’s time to consider the heart brain at work.

Christine Comaford is the author of SmartTribes: How Teams Become Brilliant Together.

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FRIDAY, July 1, 2016 (HealthDay News) — Electrical pulses to the brain may help restore vision in some partially blind patients, German researchers report.

Glaucoma and other types of damage to the eye’s optic nerve typically cause permanent damage. But, the new technique appears to kick-start the brain’s visual control centers, the researchers explained.

A 10-day treatment regimen — entailing upwards of nearly an hour a day of electrical pulses aimed directly into the eye — improved vision among patients who were losing their sight, the researchers said.

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Games to help fight obesity?

Innovative research uses technology to help people with a sweet-tooth lose weight. Researchers believe they can train the brain to better resist temptation and warn people of an unhealthy urge before the temptation occurs.

Specifically, Drexel University psychologists have created a computer game aimed at improving users’ inhibitory control. Additionally, the investigators are also rolling out a mobile app that used in conjunction with the Weight Watchers app, will alert users on unhealthy urges before they strike.

The game is designed to improve a person’s “inhibitory control,” the part of the brain that stops you from giving into unhealthy cravings — even when the smell of French fries is practically begging you to step inside a fast food restaurant.

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But those don’t address the electrical circuitry at work in the brain, which scientists hope will provide a more precise option for treatment.

“We’ve focused a lot on the chemical side, because in the mid-20th century, we began to develop the first medications that affected neurotransmitters,” said Dr. Darin Dougherty, director of the division of neurotherapeutics and the department of psychiatry at Massachusetts General Hospital. “The other side, the electrical, that’s been less exploited as a treatment potential.”

Dougherty and others are working to change that. With funding from the Defense Advanced Research Projects Agency, or DARPA, scientists are working to build new ways to treat psychiatric disorders, like PTSD, through deeper understandings of the electrical signals in our brains.

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