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NFTs, Nonprofits and Longevity Intersect at Art Basel Miami

NFT artist Nikita Replyanski on the future of NFTs, his work with the Longevity Science Foundation, and art as community building.

Just as Art Basel has expanded beyond its initial gallery showcases in Switzerland, where the international art fair was conceived, the pursuit of longer and more fulfilling lives has grown from the subject of science fiction novels to real, viable science.

Now the evolution of art is being leveraged as the Longevity Science Foundation’s partnership with Triptych and digital artist Nikita Replyanski leveled up during Art Basel in Miami Beach. The partnership to launch a collection of nonfungible tokens (NFTs) was announced during the summer. Longevity Volumes” will help fund LSF research grants for longevity projects.

Replyanski said he showed his own work and his collaborations, including the one with the LSF, at Beyond Basel, a star-studded, cutting-edge NFT event curated by Trippy Labs.

“All my art is inspired by the transformation of humanity by technology,” he said.

Replyanski hopes that his work with the LSF will help change attitudes about basic and experimental science. “I like to think that through projects like this, I am participating in shaping the image of medicine and science of the future,” Replyanski said.

His work has been connected to the intersection of technology and humanism for nearly a decade when he was involved in designing bionic/robotic hands with Motorica. Replyanski collaborated with engineers to develop several design lines used by people with disabilities today. Models with his art prosthetics participate in fashion shows and photoshoots designed to transform how the world perceives prosthetics and disabilities.

One of Replyanski's bionic prosthetics designs

One of Replyanski's bionic prosthetics designs

“I am very passionate about the values ​​of transhumanism, among which, of course, biology and medicine play a huge role,” he said. how the results of your work can change lives.”

NFTs in the Art World

Events evolve. Science evolves. Art evolves, and NFTs are playing an important role in redefining the evolution of media. Events like Art Basel are an opportunity to expose what may be an uninitiated audience to the potential that exists for this medium.

“The role of such events for the NFT community and digital art, in general, is enormous,” Replyanski said. “First of all, it's the development of digital art as a genre, opening it up to the audience of traditional art, representing brands and galleries. Of course, it is expanding the boundaries of the NFT community. I am sure a lot of people will change their attitude toward NFTs thanks to such events.”

He said having the opportunity to engage with an audience in person, versus across a more contained medium like his Instagram feed, allowed for a greater experience and a more authentic expression of the artistic statements he's trying to convey.

“Context is very important to any artwork,” Replyanski said. “Immersing yourself in it through huge screens is not comparable to scrolling through an Instagram feed where people often see my pieces. It's another level of communication with my art. immerse themselves in my world.”

This is extremely important for artists, especially given the state of the financial markets as investors look for alternatives. “Thanks to the bear market, there are still those people for whom NFTs are not the way to make fast money, but a full-fledged platform for self-realization of a creator's art or a niche for web3 project development,” he said. “I am one of those who have invested time and money in building my own little universe within the NFT community. coming up in the near future.”

Flora, one of Nikita's earlier NFT art pieces. View more of his work here.

Flora, one of Nikita's earlier NFT art pieces. View more of his work here .

NFTs for Nonprofits

Replyanski said he is particularly excited about the potential NFTs hold for nonprofit organizations like the Longevity Science Foundation.

“NFT drops for nonprofit organizations is a new tool of participation for those who want to support them,” he said. This is an open gateway for anyone who wants to become a participant in the life of a Web3 charitable company. Simplicity, accessibility, gamification, or the ability to vote in DAO. For the artist, it's an opportunity to show their vision and involvement in the theme.”

Sagacity, by Nikita Replyanski. Proceeds from this NFT, his most recent digital art, will support the Longevity Science Foundation.

Sagacity, by Nikita Replyanski.

Proceeds from this NFT, his most recent digital art, will support the Longevity Science Foundation.

The Longevity Science Foundation is a global nonprofit dedicated to expanding the human lifespan. Most recently, the LSF further developed its presence in the US with a new headquarters in Miami and appointed president and CEO, Lisa Ireland. NFTs will play a valuable role in advancing the LSF's work funding cutting-edge longevity research. Nikita's “Longevity Volumes” collection explores the relationship between humans and technology, and the proceeds will go directly toward supporting the LSF.

Material is provided in partnership with the LSF

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How crypto is playing a role in increasing healthy human lifespans

How can you add years to your life, and life to your years? Longevity science can help — and this is a concept that's of particular interest to crypto pioneers.

Longevity Investors Conference

It's a question that's infatuated scientists for decades: how can we prolong life expectancy — giving humans everywhere more years of good health?

This field is known as longevity science, and within this industry, experts argue care which regards ageing as a normal but treatable ailment are rare — and of the approaches available, they can only be accessed by those who are highly educated and privileged.

Just some of the key tenets that govern this approach to medicine involve therapeutics, personalized medicine, predictive diagnostics and artificial intelligence. The goal is to eliminate a "one size fits all" attitude toward treatment, and ensure that therapies are customized to an individual's unique medical profile. This can matter in many different ways — to the best method for tackling cancer, to the food we eat and our risk of heart disease.

And while predictive diagnostics offers an existing way of unlocking better patient outcomes, this often hinges upon using large amounts of anonymized data to determine what's happened in the past, and how greater levels of success are achieved in the future.

Bizarrely, there are parallels between cryptocurrencies and longevity science. You could argue that this approach to medicine is currently where digital assets were back in 2013 — a time when crypto discussion was confined to online message boards, niche group chats and convoluted whitepapers. Longevity researchers are excitedly sharing their findings with one another — and collaboration is taking place across sectors. Experts are keen to ensure that anyone with an interest in this nascent field can get involved and contribute.

Educating the masses

As in the crypto industry, a big challenge that longevity science faces is education — and simply explaining this concept to the public. This is a journey that takes time, effort, money and patience.

Because of this, a dedicated event has been established so this cutting-edge concept can be discussed in an open forum. The Longevity Investors Conference is set to take place in Switzerland from Sept. 28-30. It's being sponsored by Credit Suisse, and tickets can be paid for in cryptocurrency.

It's being organized by Marc P. Bernegger. He's a founding partner of Maximon — a Swiss company that invests and builds in longevity-focused companies. Bernegger explored Bitcoin in 2012 and told Cointelegraph: "There is room for everyone. We can all travel the same path but take different approaches. It's still the same narrative."

Just some of the items on the agenda include exploring the scientific meaning of longevity — and how this will affect individuals around the world in the long run. Discussions will also be held on how to cultivate investment in this fledgling space, and according to Bernegger, this is a field that's of great interest to crypto enthusiasts.

The conference aims to build bridges, and highlight how scientists play a vital role in ensuring that we can all benefit from longer lifespans and a healthy retirement. While there are business opportunities to be found, investors face a challenge because they're not from a scientific background. Likewise, bright minds often need an entrepreneurial perspective in order to bring their genius concepts to market.

Bernegger added: "There are a number of different perspectives — the entrepreneurs, the scientists, investors who bring money. They need a combination of everything. This sector appreciates new players. The more money there is, the more smart and serious people you have, the better. The industry is still finding itself. It is accessible now, and people are happy to help."

Why crypto is a good match

It's the science element that's attracting early adopters of cryptocurrency to this space. The reason is simple: because many of these enthusiasts are forward looking, open minded and technology driven.

Describing the initial days of crypto, Bernegger explained: "They were all in for the technology. It was not just speculative. They saw the potential of a peer-to-peer solution, and now they see the potential with regard to ageing." 

Indeed, blockchain technology also has the potential to enhance the quest to achieve longevity. Decentralized autonomous organizations (DAOs) have already been established that are funding research to support and commercialize therapeutics. This approach also ensures that donors can vote on the future direction of research projects.

Even though the bear market has cast a long shadow over the crypto sector, many of those in this industry are firmly in the "BUIDL" phase. They're using this opportunity to innovate, cultivate new products, and develop the trends that will drive the next bull run. Longevity science can be one of them — and according to Bernegger, pioneers know that paying close attention to health is far more important than the value of any token. 

We already know that the rate of ageing can be controlled, to some extent, by genetic pathways and biochemical processes. But in the coming decades, there are still so many questions to be answered — and dots to be connected — in the quest to improve our quality of life, and ensure that anyone can access it. 

The Longevity Investors Conference says attendance will be strictly limited to 100 hand-picked delegates, and they'll be able to benefit from the insights of over 30 outstanding speakers. It's a compelling opportunity to get to know the industry inside and out, all while establishing meaningful contacts with the best people in the field.

It's going to take place in Gstaad, one of the most exclusive Swiss mountain resorts, in a "one-of-a-kind setting" within a plush, five-star hotel, and world-class speakers flying in to attend and present. This includes members of the Longevity Science Foundation Visonary Board.. This nonprofit recently entered into a partnership with The Giving Block — tapping into a vital stream of crypto philanthropy.

If you want to know how to add years to your life, and life to your years, this could be the most important conference you ever attend.

Disclaimer. Cointelegraph does not endorse any content or product on this page. While we aim at providing you with all important information that we could obtain, readers should do their own research before taking any actions related to the company and carry full responsibility for their decisions, nor can this article be considered as investment advice.

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Chips bill provides for blockchain specialist position in White House science office

The $280 billion bill, which aids the semiconductor industry, also incorporated Representative Darren Soto’s bill to create a position to advise the president on blockchain.

The United States House of Representatives passed the Chips and Science Act on Thursday by a vote of 243 to 187. The bill, which was introduced into the Senate over a year ago, provides grants and incentives to the semiconductor industry and encourages research. It also creates a blockchain and cryptocurrency specialist position in the White House Office of Science and Technology Policy (OSTP).

The bill passed the Senate on Wednesday. It has an overall price tag of $280 billion, which includes $52 billion in grants and incentives for U.S. semiconductor manufacturers who face fierce competition from China, and $170 billion in incentives for research. It is expected to contribute to the easing of supply chain issues in the industry as well.

Tucked into the lengthy “Miscellaneous Science and Technology Provisions” chapter of the bill is a section creating a blockchain and cryptocurrency specialist position in the OSTP to “advise the President on matters relating to blockchain and cryptocurrencies.” According to a statement released by Democratic Florida Representative Darren Soto, the language of that provision comes from a bill he introduced separately. Soto said in the statement:

“As a co-chair of the Congressional Blockchain Caucus and a member of the House Energy and Commerce Committee, I am proud to foster the policy needed to ensure innovation continues to take shape in our government and the CHIPS and Science Act will do just that.”

Related: Scaramucci sees bright future for crypto but ‘very worried’ about US politicians

Soto has a long record of crypto advocacy. He was a co-sponsor with Republican Tom Emmer of the 2020 bill to exclude small purchases made with crypto from the capital gains tax. He and Emmer were also among the co-sponsors of the reintroduced Digital Commodity Exchange Act in April 2022. The OSTP was given a role in several of the initiatives mandated by President Joe Biden’s Executive Order on Ensuring Responsible Development of Digital Assets.

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Metaverse visionary Neal Stephenson is building a blockchain to uplift creators

“I worry about things that are not directly related to blockchain and the Metaverse. I worry about climate change and about social fragmentation.”

Last month marked the 30th anniversary of the publication of Neal Stephenson’s science fiction novel Snow Crash. With its dystopian vision, rollicking prose and futuristic renderings of everything from social media networks to virtual assistants and even alternative currencies — Bitcoin wasn’t to launch for another 17 years — the work soon achieved iconic stature in the tech world. Bill Gates, Jeff Bezos and Jack Dorsey were admirers, while Google co-founder Sergey Brin called Snow Crash one of the two books that changed his life. 

In the mainstream world, Time magazine’s critics declared it one of the “100 best English-language novels published since 1923.”

The novel also includes the first known presentation of the “Metaverse” with all its immersive and internet-gaming addictiveness. As Stephenson wrote about his protagonist, Hiro, who lives in a 20-by-30 storage unit:

“Hiro’s not actually here at all. He’s in a computer-generated universe that his computer is drawing onto his goggles and pumping into his earphones. In the lingo, this imaginary place is known as the Metaverse. Hiro spends a lot of time in the Metaverse. It beats the shit out of the U-Stor-It.”

Recently, Stephenson brought his creative talents to the blockchain world, teaming up with venture capitalist and Bitcoin Foundation co-founder Peter Vessenes in a project to build a new “metaverse first,” layer-1 blockchain network. Last week, Stephenson and Vessenes sat down with Cointelegraph to talk about their project, Lamina1 — lamina means “layer” in Latin — as well as the Metaverse and blockchain worlds generally.

Cointelegraph: Peter, you’ve said that you envision Lamina1 as a sort of “base layer for the Open Metaverse: a place to build something a bit closer to Neal’s vision — one that privileges creators.” You also talk about employing “creator economics” in building your new blockchain network. What do you mean by that?

Peter Vessenes: We are building it into the mining mechanics, where the nodes are actually going to reward people who are building content. We’re calling it proof of integration. If you make digital objects and they’re used by Lamina1 participants in a game, the system will directly mint you tokens.

Overall, we’re looking to do things with Lamina1 that go beyond just making smart contracts and publishing them on a layer-2 chain somewhere. The Metaverse has its own requirements and needs, like persistent digital object storage for full 3D models. So we need something beyond storing a JPG on the IPFS [InterPlanetary File System].

CT: Neal, in chapter two of Snow Crash, your protagonist has driven his pizza delivery truck into the bottom of an empty swimming pool. A skateboarder generously offers to deliver his pizza for him, to which he agrees while handing her a card:

“On the back is gibberish explaining how he may be reached: a telephone number. A universal voice phone locator code. A P.O. box. His address on half a dozen electronic communications nets. And an address in the Metaverse. ‘Stupid name,’ she says, shoving the card into one of a hundred little pockets on her coverall.”

As best you know, is this the first-ever reference to the “Metaverse?”

Neal Stephenson: Let me answer that by telling a related story. “Avatar,” in its current sense, is a word that I came up with independently in the course of writing that book, and for a couple of years, I assumed that I was the first person who had ever used it like that. But, then I found out there were some guys working on a project called Habitat who had actually coined the exact same usage of it a couple of years before I did. Those guys, to their credit, completely understood that it was an independent coinage. I’m still friends with those guys. 

In the case of the “Metaverse,” that has never happened. No one has ever come to me and said, “Hey, Neal, I was using the Metaverse in 1987, or something like that.” Never say never, of course, but there are actually people who look this sort of stuff up. I got a contact from the Oxford English Dictionary a few years ago. It was for “Anglosphere,” a term I used in the Diamond Age where I talk about the English-speaking cultures and countries of the world. This official contact said, “As far as we can tell, you are the first to use that term? Do you know of any prior usages?” I said I didn’t.

CT: A lot of prominent tech-world figures were influenced by Snow Crash and your other novels. What writers influenced you?

I started out reading a lot of fantasy and science fiction, but then I finally got talked into reading “real” literature by a series of excellent English teachers, books like Moby Dick, which incidentally is an absolutely insane book — with all the nerdy details of a hard science fiction, and also a speculative element to it.

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Then there was a period in the 1970s and 1980s when people were writing this extraordinarily vivid prose that really appealed to me — Tom Wolfe and Hunter S. Thompson, for instance. The Big Bang moment for me, though, was the publication of Neuromancer in 1984.

Neuromancer is a science fiction novel, but from the very first sentence, it’s also great literary writing. And it isn’t a kind of highfalutin writing, but like the stuff I was talking about a minute ago, the New Journalism movement, you know, vivid imagery. So, that was kind of the moment when I said, “Oh, I didn’t realize you were allowed to do that.”

CT: Peter, you’ve said that you have “a raft of plans to implement Lamina1 quickly as we get the necessary governance, technology, node operators, IP partners, artists, business partners, and funds up and running.” Where do things stand now?

PV: We have a bunch of recruiting going on now, we’ve hired a couple of new executives, we’re in the seed fund-raising round now and hope to be done in summer or early fall. On the immersive compute side, we’re just starting to get serious about building out our first couple of dogfoods [tests of a new product]. So, things are moving, and I think we should have something that people can poke at and play with in mid-September.

CT: You were almost present at crypto’s creation — working closely with many of Satoshi’s immediate successors like Gavin Andresen as you built the Bitcoin Foundation, founded in 2012. For those few spearheading Bitcoin back then, making money was arguably one of the farthest things from their minds, you have said.

Recently, Ethereum co-founder Vitalik Buterin wrote a blog in which he lamented “the blockchain industry’s slow replacement of philosophical and idealistic values with short-term profit-seeking values.” Does Vitalik have a point?

PV: There was this profound energy at the start of Bitcoin. People were like: “This is the future. We’re building it” — and it’s so appealing when you see it. For someone like me, yeah, I may be a little more skeptical, I’m not naturally someone who buys in instantly, but I was just swept up in it myself. 

Vitalik is very unusual. He’s this billionaire guy who lives out of a 30-liter backpack, who is motivated by other things than adding another zero to his net worth. I’ve thought about the senior leaders of these chains over the past 10 or 12 years, and one of the things that I think is important for blockchains if they are going to be successful — they should not be in it as a money grab.

Neal and I have spent almost no time asking: Is this going to be really profitable? Rather the questions are: How is this going to impact the creators that we want to support and build the space that we want to build?

CT: As any industry grows and becomes more mainstream, maybe it is inevitable that you’re going to need people to manage things — accountants, lawyers, financial officers — who also are looking closely at the bottom line?

PV: It kind of is. You won’t get those kinds of people — that older generation of believers — coming into Ethereum now. The money has been made. The first time I saw Ether, it was $7.00. Now it’s $1,500. We won’t ever see $300,000 ETH, I believe. You need to create some green space for this next generation of believers to build their own thing. We probably do have a kind of natural arc on this. Of course, institutions are going to get more easily into something larger and more stable. So yeah, there’s probably some inevitability here.

CT: In Snow Crash, Neal, you anticipate many of the elements of the Metaverse that are present today. But some developments of the past 30 years were unanticipated. You’re surprised that metaverse game players are still using “steampunk WASDE keyboards,” for example. What about some recent developments on the non-technical side, like $300 million of virtual land sold in three hours in the Otherside “world” in May? Did that surprise you?

NS: If you read the book, it is clearly based on the notion of a market for virtual real estate, and there’s a kind of scarcity that’s been created from the fact that some parts of the Metaverse are more desirable for developing a site than others. 

So, it’s implicit in the book as written that there’s a virtual real estate market and that people pay money to control it, and some parcels are more desirable, more valuable than others. So, on that level, it’s all there in black and white.

Whether that particular event you describe is surprising, I would say yes. The book was written a long time ago.

CT: I'm sure you’re asked for predictions all the time about the way the Metaverse and technology in general is evolving, Neal. But are there any possible scenarios that really scare you?

NS: I worry about things that are not directly related to blockchain and the Metaverse. I worry primarily about climate change and about social fragmentation from the fact that people don’t agree on a shared reality anymore. What we’re doing may in some way help to address those things — we intend to make the chain carbon negative, for example. But I don’t spend a lot of time worrying about nightmare scenarios, specifically about the Metaverse, because I don’t find that’s a productive way to start a project. The successful projects emerge from a more positive frame of mind, like, “Hey, this is going to change the world.” 

CT: Peter, during that $300 million sale of virtual land, gas fees on the Ethereum platform skyrocketed. A few parties paid thousands of dollars in transaction fees. Is that another reason to build a new layer-1 blockchain, in your view, to bring down transaction fees?

PV: First of all, I think it’s important to say if you didn’t charge any fees, these chains would be overrun by spam. You have node operators, you have miners, and if you just gave it away for free, you’d have people who say: “Cool, give me 100% of that.”

Bitcoin miners didn’t require fees in the beginning because there just wasn’t a ton of transaction volume, and Satoshi didn’t have a solution to this generalized problem, such as “how do you charge for this?”

What Vitalik [Buterin, co-founder of Ethereum] did with Ethereum was really quite brilliant — this concept of gas and lithium. [He recognized] that any chain is going to have to charge for usage of the resources, or you just have the Tragedy of the Commons.

That said, there are some eye-opening numbers like $12 billion of buy-side demand [i.e., gas fees] for ETH in 2021. That’s good for Ethereum. It means people are using the network. That’s good for ETH holders, but it’s hard for those, like my 15-year-old son when all of a sudden it costs him something like $200 to do anything on the network. 

The plan for Lamina1 is to allow side-chains — similar to what Avalanche calls subnets or Polkadot calls substrates. We're going to make it very easy for a developer or group that wants to have free transactions or very fast transactions. We’ll provide them a track to do that. They’ll have to go run those nodes and deal with the cost of that themselves, but if they think it’s best for their constituents to have no fees, they’ll be able to do that.

CT: Neal, you’ve given credit to gamers for pioneering the Metaverse. Role-playing video games have brought down the cost of 3D graphics so that almost anyone can access this kind of environment, and you don’t need a lot of expensive hardware like goggles. That said, will the Metaverse always be dominated by gamers? What about more serious use cases, like training surgeons on 3D organ models? Or educational uses, like a virtual class trip to an ancient Greek Agora? 

NS: When Snow Crash came out in 1992, virtually all video games were 2D. But then Doom came out in 1993, and it was the first broadly used 3D game. It spawned a vast industry of similar games. The World Wide Web’s source code was also released in 1993, and suddenly you can look at pictures on your computer.

All those things together pushed millions of people to want to own computers with much more advanced graphics capabilities. That turned out to be that industry’s I Love Lucy moment.

CT: I Love Lucy?

NS: It’s what happened to television in the 1950s, where there was this kind of virtuous cycle where millions of people wanted to watch the I Love Lucy television show, so they bought TVs. The increased sales volume enabled hardware manufacturers like Magnavox and RCA to bring down the price of TV sets, which in turn made I Love Lucy even more accessible and popular. That’s how industries grow.

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Video games have led to incredible, many-order-of-magnitude advances in the 3D processing power you can get out of a device per dollar spent.

CT: Will game playing, then, continue to be the main thing that happens in the Metaverse?

NS: I think what is possible is that 20 or 30 years from now, people who are using immersive experiences will look back on games as: “That’s how we got here.” It used to be, these things were all video games, that’s where the hardware came from, where the toolsets came from, the people who create immersive experiences learned their skills from video games, and so on. And, there will still be lots and lots of video games, but there also will be experiences that will be something more, and I think you see that already if you look at Fortnite, which is obviously a video game, but it is also a social environment.

Edited by Aaron Wood.

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DeSci: Tech trees to fund ambitious science and tech

To aid coordination, technology trees help decentralize science and provide an overview of the field, existing work and open challenges.

Have you ever played the game series Civilization, created by designer Sid Meier? Through the years, much has changed, but one of the unchanging hallmarks of the series has been the technology tree. Why has it been such a stable component of this game? Because it allows you, on one look, to get a bird’s-eye view of the technological capabilities necessary to make progress on your audacious civilizational goals. 

Compare this with our real civilization. If we wanted to, we could probably map the many technological capability paths that got us to where we are today. After all, our current tech stack is what the Civilization tech tree is modeled after. What if we could build a tech tree that was future-facing, starting now? Reality is, arguably, more complex than a computer game. So, rather than mapping civilization at large, perhaps we could start with individual technology areas and map those out, one by one. Within technology domains, one could break down the main goals for the field into future capabilities required to get there and recursively work ourselves backward to the present capability stack.

Even if it’s possible, what’s the point? The point is that, apart from being an intellectually interesting endeavor, it may well dramatically speed up progress. Imagine you’re a funder, or talented postdoc, an entrepreneur in residence, or an advocacy leader looking to advance your technology area of choice. Currently, it’s pretty difficult to figure out how to plug in. Even after graduating in that field, digesting much of its literature, drawing on interviews, and online courses, it’s not very intuitive to see how to connect the dots within an area in a way that would advance the field. There is plenty of information out there, but without a scaffold to map the context and dependencies of different opportunities, one can only guess that the one you’re zooming in on is actually a crucial bottleneck in the field rather than an irrelevant detail that stands to be solved by an approaching technological innovation upstream from that area.

Related: Decentralization is helping to shape the course of scientific research and business

A dynamic overview of a field would make it easier to coordinate efforts, find and fund undervalued areas and determine how, together, they unlock novel capabilities and applications.

Tech trees: The reality

So far so good, in theory. Could this work in practice? At Foresight Institute, we’re trying to find this out. Foresight operates five technical programs:

  • Decentralized computing, focused on secure cooperation, chaired by Mark S. Miller, chief scientist at Agoric.
  • Molecular machines, focused on atomic precision, chaired by Ben Reinhardt, PARPA.
  • Biotech and health extension, focused on rejuvenation, sponsored by 100 Plus Capital.
  • Neurotech, focused on brain-computer interfaces and whole-brain emulations, chaired by Randal Koene, CarbonCopies.
  • Spacetech, focused on space exploration tech, chaired by Creon Levit, Planet Labs.

These programs come with expert groups of around 200 scientists, entrepreneurs and funders per group cooperating to drive long-term progress, supported by workshops, fellowships and prizes. To face the problem of onboarding the growing number of new coming enthusiasts into these fields, in early 2022, we decided to create tech trees to map each area.

Led by domain expert interviews, this pioneer team is now building tech trees of each field, starting at the state of the art, mapping each to long-term goals with conditional nodes, one branch at a time. At the end of Q1, we completed the first tech tree prototypes.

Rather than engaging in armchair philosophy, our tech tree architects are developing the tech trees through discussions with domain experts working on each node. Cycles of feedback will lead to iterations of the tree until we get a clear picture of the field. Once v1 is complete, we’ll open up the trees to crowd-sourcing.

Each node will be clickable, allowing people to zoom in on any particular node to see relevant companies, advocacy groups, labs and independent projects. Others will want to know which open challenges need incentivization through funding. Researchers can submit challenges to make progress in their domain. We can set bounties and prizes on bottlenecks to incentivize progress.

Related: NFTs, Web3 and the metaverse are changing the way scientists conduct research

Tech trees: The potential

Membranes separating the trees may prove to be pretty permeable. For instance, the computing tree, with tools such as privacy-preserving machine learning, will have something to say about the longevity tech tree. The molecular machines tech tree, with tools such as unclonable polymers, will be relevant for the encryption technology stack in the computing tree. All of them will inform our future in space from material and energy advances through molecular machines to human capabilities strengthened by longevity and neurotechnology.

As the branches of different tech trees start nestling with each other, risks will also become more apparent. Advanced artificial intelligence will be a major revolution and risk vector throughout all trees. But technologies to mitigate risks, such as computer security, will also become more visible and, thus, fundable. This could increase funding for “differential technology development” — i.e., the development of civilizational safety-enhancing technologies over those that are risky.

Some pioneers may want to coordinate on desirable paths through the forest of trees, such as this civilizational map proposed by Trent McConaghy. Others will want to specialize in advancing the frontiers of their local domain, company or project, such as Balaji Srinivasan.

Tech trees allow a variety of pioneers to compare notes and accelerate progress across the boards.

Related: DeSci: Can crypto improve scientific research?

Such a long-term project may sound naive from where we are today. One reason is that we have suboptimal tools. To solve this, we co-hosted a hackathon to build an app for better crowdsourcing and crowdfunding of such maps, together with Srinivasan of 1729.com; Evan Miyazono of Protocol Labs; McConaghy of Ocean Protocol; Amir Banifatemi of XPrize; and Seda and Matthias Röder, and Andy Smolek of Sonophilia. The top submissions are now collaborating on future road-mapping efforts through MapsDAO.

Finally, trees take time to grow. But the earlier we seed them, the earlier we start the many cycles of iteration required to harvest their fruits.

This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.

The views, thoughts and opinions expressed here are the author’s alone and do not necessarily reflect or represent the views and opinions of Cointelegraph.

Allison Duettmann is the president of Foresight Institute, a 38-year-strong institute supporting the beneficial development of high-impact technology to make great futures more likely. She leads the Intelligent Cooperation, Molecular Machines, Health Extension, Neurotech and Space programs. She co-edited the book Superintelligence: Coordination & Strategy and co-authored Gaming the Future: Intelligent Voluntary Cooperation. She holds a Master of Science in Philosophy and Public Policy from the London School of Economics, focusing on AI safety, and a Bachelor of Arts in Philosophy, Politics, and Economics from York University.

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Decentralization is helping to shape the course of scientific research and business

Decentralized science, dubbed DeSci, is creating new markets for knowledge and new opportunities on commercial markets.

New technologies may have rapid, dramatic effects on society, but they may also spread slowly and subtly. Blockchain-powered decentralized science (DeSci) is taking off after some years of gestation. Its impact is being felt not only in the rarified confines of high-tech labs but more broadly in the business world as well. 

Psychedelics and longevity

Paul Kohlhaas, co-founder and CEO of Molecule — a platform for biotech decentralized autonomous organizations (DAOs) founded in 2019 — spoke about pharmaceutical research and its funding on the Zima Red podcast in April. “We believe it could be way cheaper, if it was coordinated in a better way,” Kohlhaas said of pharmaceuticals research. “I think there’s this cultural and bureaucratic problem.”

Kohlhaas compared blockchain in pharma to fintech in banking. “The banking industry has only started evolving in the past 10 years in the wake of fintech, because fintech is starting to really hurt their bottom line and take away customers,” he said.

Molecule allows researchers, biotech companies and universities to combine data and intellectual property (IP) rights into IP-nonfungible tokens (IP-NFTs), thus creating a new market. The holder of an IP-NFT could solicit funding to continue research activities, or an organization can reach an agreement with the IP-NTF holder to use the data and IP for its own purposes.

Funding may also find new outlets. Kohlhaas mentioned psychedelics research in psychiatry as a priority that he embraces personally, as well as longevity. “Longevity startups are currently funded by billionaires,” he said. “But I think there's a risk there. Because if like the richest people in the world live longer and longer and get richer and richer, that will fundamentally, in the long run, create an unjust society, because wealth isn't distributed.”

Related: The crypto world should know about longevity

Research Hub is a platform for open-access research that chief operating officer Patrick Joyce compared to GitHub for scientific research. Joyce told Cointelegraph that the platform, which has the backing of Coinbase CEO Brian Armstrong, may eventually provide a serious incentive for open access publishing and to fund research in subjects that the National Science Foundation does not fund, such as quantum biology.

Businesses get blockchain boost

DeSci can provide an advantage in a number of commercial contexts. The crowded field of consumer genomics is an example. London-based Genomes.io offers the public 30x whole genome sequencing. This is in contrast to many more familiar brands that sequence only the genetic exome, passing over the “junk” genes that make up the vast majority of the genome and whose importance is rapidly being uncovered. “Not a week goes by without a discovery,” Genomes.io CEO and cofounder Aldo de Pape told Cointelegraph.

Genomes.io has 14 employees and is the second company de Pape and co-founder Mark Hahnel have been in together. The entrepreneurs met when they worked at MacMillan Publishers, and de Pape followed Hahnel to Figshare, a company that provides research data infrastructure to big government customers, which Hahnel launched in 2011.

In 2018, in anticipation of the gene mapping developments that have reduced the price of genetic sequencing from billions to hundreds of dollars, de Pape, Hahnel and three others founded Genomes.io. The following year, the company was accepted into the ConsenSys Ventures Tachyon 2.0 accelerator. It held an initial coin offering (ICO) in 2021.

Genomes.io sequences customers’ genomes, encrypts them and keeps them in an electronic vault. Customers can opt into receiving reports based on their genetic information, such as ancestry and rare disease carrier status, with a range of new topics planned to come.

Customers can also allow their data to be used in research queries. Query matching occurs within the data vault so that genomic data never leaves the vault. Blockchain technology provides security by recording all queries made to holders’ data in a single version of the ledger.

Holders who decide to share genomic information are rewarded with GENE, as are those who contribute to the development or design of the project through the DAO. GNOME is used for governance and is available on the Sushi exchange. The “Geneticats” NFT, available on OpenSea, offers genomic sequencing and hybrid GENE/GNOME benefits.

The barrier is low for participation in the DAO. “There is really lovely interest from people who wanted a closer relationship with the company,” de Pape said. Participants are rewarded bounties for contributing development and design ideas. The DAO has “no say on the Ltd. side,” which includes large-scale projects with partners in Australia, Bermuda and the United States.

Doing biometrics one better

Madrid-based DNAVerse has found another quite practical use for genomics. The company will use genetic information to confirm holders’ identities as human — as opposed to AI or chatbots — across metaverses. In conjunction with its sister organization, 3DforScience, DNAVerse creates “DNArt” NFTs that can be used comparably to avatars.

DNAVerse, according to marketing director Juan Castillo, is at the presale stage. It has eight employees and shares several more with 3DforScience. It recently partnered with Polygon Studios and has opened an embassy in the Matrix World metaverse. The company will mint 200 “cryptoprotein” NFTs and 3,200 highly customizable “DNArt” NFTs based on customers’ genetic data but not containing their data.

After the minting of all the “DNArt” NFTs, new customers will be required to select a “cryptoprotein” and “DNArt” staked on a decentralized market, with the holders receiving a percentage of the price for their participation in the replication process. Their genetic data will be delivered to customers, who remain in control of their data and have the option to remain anonymous. They will be gathered under the governance of a DAO that has yet to be formed.

There are a lot of clubby aspects to the business model. A line of clothing featuring customers’ “DNArt,” wellbeing channels and virtual events based on genetic affinities are planned. Customers can obtain “DNAat” for their pets as well.

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