Lifeboat Foundation

Renowned longevity researcher David Sinclair believes aging is not inevitable but a treatable condition. In his talk at Science Unlimited 2019, he explained why we age – and how we can reverse aging to extend human healthspan and lifespan.

David Sinclair is Professor in the Department of Genetics, Blavatnik Institute and co-Director of the Paul F. Glenn Center for the Biological Mechanisms of Aging at Harvard Medical School. Science Unlimited is held in Montreux, Switzerland, as part of the annual Frontiers Forum. See all speakers: https://forum.frontiersin.org

A network of government-funded labs has spent the past 15 years searching for a drug that can slow down aging. The results have researchers excited.

A new section: Bitcoin ATM business model
has been added. Jump to “2019 Update”

The good news is that building a Bitcoin ATM is easy and less expensive than you might expect. But, offering or operating them engulfs the assembler in a regulatory minefield! It might just be worth sticking to selling bitcoin on PayPal (visit this website for more information on that). You might also wish to rethink your business model —especially user-demand. That’s the topic of our 2019 update at the bottom of this article.

A photo of various Bitcoin ATMs appears at the bottom of this article. My employer, Cryptocurrency Standards Association, shared start-up space at a New York incubator with the maker of a small, wall mounted ATM, like the models shown at top left.

What is Inside a Cryptocurrency ATM?

Continue reading “Update: Building (and placing!) a Bitcoin ATM” »

Let’s decolonize the future.

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According to futurist and author Daniel Jeffries, there are five key factors missing for crypto to fully succeed as a technology. Will Libra be the end of the traditional financial order as we know it? Does it pose an existential threat to people’s freedom?

Continue reading “Futurist Explains 5 Keys to the Next Crypto Boom” »

There’s a very un-sexy view of consciousness: our rich, meaningful inner experience of self and other is nothing but electrical and chemical chattering inside our brains.

If you, like many scientists, subscribe to this theory, then a difficult question naturally follows: at what point does electro-chemical activity in dissected brain-like tissue become conscious? Yes, I’m talking about the classic sci-fi “brain in a vat” scenario; no, we are absolutely not there.

But this week, a Japan-led study in Stem Cell Reports is raising some serious red flags. For the first time, a team carefully characterized the electrical chattering of neurons grown from a brain organoid and found that they spontaneously formed long-distance connections that allowed them to fire in synchrony. “Fire together; wire together” is a fundamental testament of learning in neuroscience. Because neurons in lab-grown minibrains can sync up their activity, analogous to how neurons hook up in our brains, it’s possible that the brain nuggets have the capability to support higher cognitive functions when they’re more mature.

Surgeons in Australia have managed to restore arm function in paralysed patients, allowing them to feed themselves, use tools and handle electronic devices, according to the results of a groundbreaking study released Friday.

Thirteen young adults who had suffered spinal injuries rendering them tetraplegic underwent several operations and intense physiotherapy in the largest ever application of a technique known as nerve transfer surgery.

A team of surgeons succeeded in attaching individual nerves from above the zone of the spinal injury to nerves below the trauma site. The functioning nerves were then used to stimulate paralysed muscles below the injury zone.

Mike Carter doesn’t care if he has a funeral when he dies. Because, for a few hundred thousand dollars, he’ll be stored at a US facility with the aim of coming back in dozens or maybe hundreds of years.

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