Transformative Technologies Wednesday, Sep 26 2007 

Three technologies I predict will be the origin of transformative technological changes in the coming century are:

  • molecular manufacturing
  • artificial intelligence or brain-computer interfaces, but not both
  • solar or nuclear energy, but not both

By origin, I mean that a particularly large breakthrough in one of those areas will have effects that ripple into every other field of technology and science as well as politics. For example, molecular manufacturing will make it easier to build anything, which will have completely transformative effects in building construction, aerospace and space travel, cybernetics, etc. I wouldn’t list “cybernetics” as an item on this list, because it’s an example of a technology that will accelerate rapidly when enabled by advances in another area — in this case, the quick fabrication of nanostructured materials, actuators, and sensors. Molecular manufacturing will open the floodgates of cybernetics, not the other way around.

In the same way, I believe that brain-computer interfaces will either progress to the point where creating a theory of intelligence for AI programming becomes a lot easier, or we create advanced AI before sophisticated brain-computer interfaces (BCI) and use it to make critical breakthroughs in analyzing the huge amounts of biological data necessary to implement BCI.

My model of future technological advances is not like a line of marching soldiers, where each field progresses steadily along, but more like a fireworks factory going up in flames: one spark ignites numerous powder kegs and the whole thing goes up in a great explosion. My current idea is that the spark will be something involving intelligence enhancement technology, either brain-computer interfaces using arrays of billions of nanowires as interface mechanisms, or artificial intelligence based on some scheme of merging together statistical inference with sequential decision theory. Although, in retrospect, it is possible that molecular manufacturing may be the key spark, as when this is introduced, it will be a tremendous enabler for both AI and BCI research. This is primarily through the nine-or-more orders of magnitude computing power increase it will offer, unless the availability of such resources are restricted through regulation.

For solar vs. nuclear energy, I do think that one will dominate the 21st century, but can’t tell which yet. Anyone who says one or the other will definitely dominate is intellectually biased. Fossil fuels are obviously on their way out. Solar can be distributed everywhere, which is good, but it produces negligible power relative to harnessing the nuclear strong force (the strongest force in the universe), and consumes real estate. When we can manufacture carbon nanotubes in ton quantities, they will be available for covering the walls of reactor cores, as well as pipes able to hold extremely high-pressure steam, which will miniaturize nuclear power plants while maintaining energy output. With these infrastructural improvements, the large, clumsy plants of the past will seem like ancient history. Irrational environmentalist hangups over nuclear power could evaporate, as we see them doing so today, and the world could embrace the power of the atom. On the other hand, high-efficiency solar cells laid down in the world’s deserts by autonomous robots could power all of human civilization, if deployed aggressively enough, making nuclear somewhat unnecessary for the near term. Only the future will tell.

Technological Transcension — You’d Better Believe It Tuesday, Sep 25 2007 

Here we are, in 2007, gaining the technological acumen to upgrade our bodies and minds at the biological level. We’re Homo sapiens, a species that has been around for 200,000 years with minimal genetic changes. Early members of the genus Homo go back two and a half million years, and they weren’t stupid. Homo habilis routinely used purposefully-crafted stone blades and had a voice box for primitive speech. They colonized most of Asia, successfully surviving in extreme environments like Siberia.

Here we are, with 200,000 to 2.5 million years of the same behind us (depending on how you look at it). Now, we have the ability to mess with our bodies and surroundings in all sorts of new and interesting ways. For thousands of years, we’ve put ourselves in large artificial shells called buildings to supplement our natural defenses against the elements. We’ve even isolated metal from ore and shaped it into various implements. More recently, we’ve gone off-planet, built buildings many times taller than the tallest trees, harnessed nuclear energy and weaponry, and built a worldwide computer network that allows us to share information at about the speed of light. Impressive? Yes, but not a big deal in comparison to our ability to remake ourselves in the image of our choosing: coming to your neighborhood in the early to mid-21st century.

We are building synthetic body parts that will soon — within a century, and probably sooner — be able to replace every single component we’re made of. Artificial hearts, lungs, hands, and outer ears already exist. Before we know it, there’ll be artificial muscles, skin, bones, stomachs, kidneys, liver, intestines, eyes, faces, and yes, brains. I don’t even feel any special need to defend these predictions because everyone knows it is already happening all around us.

The same basic bodies and brains for 200,000 years, at least. And in the next 100 years, we could change it all.

Some might say “what a time to be alive!”, but that gets into depressing anthropic issues, so I generally avoid this pithy phrase.

However, this coming period is worthy of explicit acknowledgement and respect for its tremendous potential. We could turn ourselves into completely cybernetic organisms, and many people on the planet today seem to be entirely unaware of it. Advances in low-cost and custom manufacturing will make these technologies available to a few, then many, then everyone on Earth. Rather than arguing that these advances should never be pursued because they will initially be only available to the rich, this insight only encourages us to hurry along research, so that the products can be introduced and costs can come down for everyone. The transistor started out as an expensive piece of electronic equipment, and now you can buy millions a dollar. Old technology is being passé at an ever-increasing rate.

What amazes me is when people act as if this future inevitability isn’t completely transformative and transcendent. This includes people who presume to be aware about the progress of technology. If you know anything about technological progress and human history, you realize that we are at an extremely special time in humanity’s development. So special in fact, that “Humanity 1.0″ will could become a minority player behind in the coming changes. Our importance may be dictated primarily by the way in which we develop and deploy the next evolutionary step.

If we realize that the future course of events in history will primarily be dictated by post-human or trans-human players, then we realize that what we humans do may only be of marginal relevance to directing the course of the future. This can cause us to dismiss the idea and go into denial mode. “If I can’t participate and win, I refuse to play!” is the attitude taken by those terrified of the coming cyborgization. But these denials are purely superficial, because unless Homo sapiens is the ultimate being, some spectacular improvements on our form and function should be possible. Combining together the strength, speed, precision, and durability of artificial systems with the natural intelligence, creativity, social adeptness, imagination, morality, and curiosity of the human organism will create not just one new species, but billions of “one-member species”, self-designed persons who frequently modify and update their minds and bodies, directed by conscious evolution and foresight.

One implication from this eventuality is power. A single human being taking full advantage of cybernetic and AI technology as it unfolds over the 21st century could turn him (or her) self into a powerful entity. Taking advantage of synthetic body parts, a person could make themselves much more difficult to kill than any conventional human being. Combination nanotube/aerogel armor or exoskeletons could stop bullets and survive grenade blasts at close range. Combined with great speed through artificial legs and making use of personal jets a la Yves Rossy, a cyborg could run far away quite quickly in case of true danger. Using a neural interface coupled to constantly updating satellite and radar data, such a person could even be made immediately aware of an incoming ballistic missile more than half an hour in advance, giving them sufficient time to escape from the blast zone of even the largest nuclear weapon. How would you kill something like that? Maybe using a large cloud of lethal UAVs set up on an ambush, or a powerful laser equipped with a precision targeting system. But conventional arms such as tanks, helicopters, and ground infantry would be relatively powerless against such a threat.

Imagine an army of thousands such cyborgs, equipped with their own supersonic flechette guns, UAV swarms, microwave beam projectors, optical and radar camouflage, and let’s not forget, nuclear weapons, and you gain a bit of an idea for what war could be like in the 21st century.

Two adjectives come to mind: quick, and extremely destructive.

To any scientist or military strategist who has looked a few decades into the future of technology, these scenarios are taken very seriously. They are just as afraid, if not much more so, as transumanists and futurists to talk about such scenarios in public, to avoid being branded as kooks. But “science fiction” scenarios will become reality in the 21st century. Not even science fiction. Science fiction fails to see how strange the future could be because science fiction is written by people from the past. They are just guessing using their own primitive frame of reference. Less than a couple decades before the first manned space flight, most “experts” thought it would be impossible. The future will be stranger than any fiction.

But here you have people telling us to calm down, that “there’s nothing new under the sun” and never will be, that we’ll be experiencing more of the same, and humans will stay pretty much the same for another 2.5 million years until natural evolution gives us cone-shaped heads to hold our expanding brains. Idiocy.

There will be a transformation — including extreme upheaval, possibly fatal for everyone on the planet — when the advanced technologies of NBIC (nano, bio, info, cogno) mature. They will unleash a bombshell greater than anything in the five billion year history of this planet, perhaps larger than anything in the 13.7 billion year history of this universe. Has there even been a species with the potential to colonize every asteroid in its solar system and build millions of square miles of thin solar collectors circling its Sun? If so, we don’t see one in our own galaxy. Maybe they all wipe themselves out before they get to that point, or maybe intelligence is extremely unlikely to evolve in the first place, and every intelligent civilization is separated by gulfs of billions of light years. I don’t know. What I do know is that if we don’t get our act together and make the intellectual and academic communities thoroughly aware of these coming transformations, we’ll be blind-sided by them. This could be the last mistake we ever make.

Should Transhumanists Talk in Detail About the Futures They Want? Monday, Sep 24 2007 

For instance, it’s one thing to say that I want a radically extended lifespan, but another thing to say that I also want to never feel pain or sadness, or is it acceptable to say I want to become someone that can justifiably say the following to my present self?

“There is a beauty and joy here that you cannot fathom. It feels so good that if the sensation were translated into tears of gratitude, rivers would overflow.

I reach in vain for words to convey to you what it all amounts to… It’s like a rain of the most wonderful feeling, where every raindrop has its own unique and indescribable meaning – or rather it has a scent or essence that evokes a whole world… And each such evoked world is subtler, richer, deeper, more multidimensional than the sum total of what you have experienced in your entire life.”

Wow! Could there exist a being where each moment of its experience is richer in sensations, perceptions, and thoughts that an entire human life? I see no reason why not, but should I shut up and be quiet, so that certain elements of the mainstream don’t point at me and say “lunatic!” (Although I must admit this has never actually happened, at least not that I remember. But sometimes it’s what people don’t say that speaks volumes…)

My first, and traditional inclination is to say “No! I can imagine a universe filled with minds and beings of an octillion different varieties, each communicating great works of art and science more voluminous in their complexity and subtlety than a thousand human civilizations, and I will one day become such a being, if I live long enough!” But perhaps it sounds quite silly to those unfamiliar with the reasoning behind such a forthright statement.

The question I’m trying to ask is, how unrestrained should we be? What is the best way of wholeheartedly embracing inspiration of future possibilities, while avoiding intellectual alienation at the hands of our most ruthless critics?

Is it best to discuss…

1. the “Longevity Dividend”radical life extension”, or “technological immortality”?
2. “rapid prototyping machines”, “home fabbers”, or “Santa machines”?
3. cochlear implants, muscle implants, or brain implants?
4. curing poverty, curing disease, or curing ignorance and unhappiness?

I tend to gravitate towards the latter choices, because I believe technologies in their nascent stages today will enable these achievements when they are mature. But is this so wise?

The Singularity Institute’s “About Us” Page Monday, Sep 24 2007 

Copied from here.

Our Mission

In the coming decades, humanity will likely create a powerful artificial intelligence. The Singularity Institute for Artificial Intelligence (SIAI) exists to confront this urgent challenge, both the opportunity and the risk.

SIAI is a not-for-profit research institute in Palo Alto, California, with three major goals: furthering the nascent science of safe, beneficial advanced AI through research and development, research fellowships, research grants, and science education; furthering the understanding of its implications to society through the AI Impact Initiative and annual Singularity Summit; and furthering education among students to foster scientific research.

To learn more about the Singularity Institute’s charitable purpose, begin with What is the Singularity? and Why Work Toward the Singularity?, followed by Artificial Intelligence as a Positive and Negative Factor in Global Risk.

New PDF: The Singularity and Singularity Institute for Artificial Intelligence

What We Do

  • In-house research
  • Research fellowships and grants
  • Conferences, symposia, and events
  • Educational outreach and awareness-building


Core Values

Mitigate existential risk; further research and development as swiftly as safety permits; advance high-impact philanthropy; set a high standard of integrity and honesty; preserve rationalist values; and maintain strict ethics.

Committments

  • SIAI will not enter any partnership that compromises our core values.
  • Technology developed by SIAI will not be used to harm human life.
  • The challenge, opportunity and risk of artificial intelligence is the common concern of all humanity. SIAI will not show ethnic, national, political, or religious favoritism in the discharge of this responsibility.

Dale Carrico’s Criticisms of “Superlative Technology Discourse” Sunday, Sep 23 2007 

On his Amor Mundi blog, which I read regularly, Dale Carrico, a lecturer with the Department of Rhetoric at UC Berkeley, frequently rails against what he calls Superlative Technology discourse.

For instance, in a recent post, which begins by saying:

“I always cringe whenever some “inspirational” business huckster barks into the mic or at the dinner table about how “innovation,” “production,” “enterprise” or whatever slogan the Amway mindset has latched onto at the moment has “no limits, man!” so, you know, we should all presumably become dot-eyed marauding maniacs and “go for it!” and “take no prisoners!” or what have you.”

He goes on to criticize:

    “Superlative technocentric fantasies of selves reduced to streams of spiritualized digital data (a formulation preceded by and prepared for by decades of reductive accounts of selves reduced to expressions of genetic information)”
    “reduced “instantiations” of software instructions by angelic nanoabundance (a formulation preceded by and prepared for by, among other things, decades of PR accounts of commodities as indifferent sites for the distinguishing emblemization of designer logos)”
    “deliberative politics reduced to the consequentialist computation of “optimal” outcomes by Robot Gods (a formulation preceded by and prepared for by the anti-democratic Cold-War politics of neoliberal incumbency, with its corporate think-tanks, technocratic military experts, and corporate broadcast-mediated manufacturing of consent)”

To say right away, I completely agree with him that the idea of “no limits” is immature and oversimplistic. There must always be limits, otherwise there is chaos. Not top-down instituted limits, but bottom-up and organically implemented limits.

To simplify, the three technologies he criticizes are:

  • mind uploading
  • molecular manufacturing
  • superintelligence

To respond to each briefly: if functionalism holds, and computer speed, memory, and brain scanning resolution continue to improve, then the feasibility of mind uploading is highly likely. If functionalism does not hold, then mind uploading isn’t ruled out, but you might have to get more creative to implement it. (I.e., running a 10^11 neuron biological brain on a 10^20 neuron biological substrate with greater flexibility.) Functionalism is defined by Wikipedia as follows:

“Its core idea is that mental states (beliefs, desires, being in pain, etc.) are constituted solely by their functional role — that is, their causal relations to other mental states, sensory inputs, and behavioral outputs. Since mental states are identified by a functional role, they are said to be multiply realizable; in other words, they are able to be manifested in various systems, even perhaps computers, so long as the system performs the appropriate functions. While functionalism has its advantages, there have been several arguments against it, claiming that it is an insufficient account of the mind.”

Therefore, arguments against the feasibility of uploading should be directed against the philosophy of functionalism, not the supposed motivations of those who believe uploading is feasible, such as myself.

In other words, attack ideas, not people.

To address the concept of “angelic nanoabundance”, this is what I would call superabundance — the notion that, given reprogrammable factories that can self-replicate from simple raw materials and (preferably solar) energy input, great material abundance could be achieved quite quickly. Nanotechnology is not even necessarily required to build such a device. RepRap, a project whose motto is “Wealth without money”, is a nascent example of such exponential manufacturing capability.

If exponential factories are indeed possible, then practical superabundance is quite likely. A single 1-kg factory, self-replicating once per day, could produce approximately two billion kilograms worth of factory in just a month, which could then be used to produce housing, transportation devices, infrastructure, electronics, and so on, in similar quantities in just one production cycle. This technology, if distributed widely and regulated intelligently, has the potential to wipe out poverty once and for all. The humanitarian potential is enormous, and this was acknowledged by several speakers at the recent CRN conference, including Linda Hopper, the founder of WorldCare, a leading charity.

No designer logos involved. Molecular manufacturing, as well as less sophisticated manufacturing technologies, could facilitate great abundance, and also great danger. Think about mass producing missiles that cost practically nothing.

To address the third item, superintelligence — whenever anyone talks as if Friendly AI or any other form of superintelligence will facilitate an “optimal” outcome, they’re being ignorant. (This includes anyone with the Singularity Institute who has ever said such a thing, though I don’t believe I’ve ever heard it implied.) Life is too complex and multi-faceted for there to be a thoroughly optimal outcome for anything. Preferences constantly shift, and satisfying a complex web of interacting preferences in a dynamic world is a huge task for any intelligence.

There could indeed be robots, or cybernetic organisms, or artificial intelligences, created in the next century that have powers some humans might consider “god-like”. This is a natural consequence of the fact that biological neurons only operate at 200 Hz and synthetic neurons could operate much faster, and that robotic arms can theoretically operate much faster and with more agility than the human motor system. Coupled with exponential manufacturing, a cybernetic organisms capable of distributing its intelligence could make itself extremely capable of influencing the external world, even to the point of being able to wipe out the human race — or greatly improve our lot. People are free to take this scenario seriously or dismiss it as they like, but there is an ever-expanding dialogue among thinkers concerned that AI or augmented beings could indeed exceed human intelligence and capability in the 21st century. Once they exceed it, they will necessarily soar past it, fueled by a positive feedback loop of self-improvement.

No relation to Cold War politics. If we want to see a democratic future, then we have to construct superintelligence in such a way that it cares about what other people think. For instance, if you’re working on a Brain-Computer Interface project to create a superintelligent human being, use an altruistic human being instead of an egoist one.

To quote a further passage from Carrico… I’m trying to post it as concisely as possible, but the following is literally just two sentences:

“If the Superlative Technocentrics were actually right to imagine that billions of people now living will find themselves all too soon living in a future transformed by Friendly or Unfriendly post-biological intelligences, nanotechnological superabundance, biomedical immortality, or the like (and I do think they are far more likely to be wrong than right and I think this matters enormously), even granting them this, I think they are profoundly wrong to imagine that our best way to facilitate the best, least violent, most fair (or whatever) versions of these Superlative outcomes is to contemplate and prepare for the Superlative outcomes themselves, in the abstract, as these outcomes suggest themselves to us in our own impoverished vantage (an impoverishment exacerbated all the more by marginal and anti-democratic modes of Superlative deliberation). Such contemplation and preparation circumvents the ongoing and plural stakeholder contestation that will certainly articulate the unpredictable developmental forces and the dynamic developmental pathways along which such outcomes would actually “arrive” (were they to do so), ignores the practical, scientific, technical, pedagogical, regulatory, cultural knowledges arising out of our collective day to day responsiveness, competition, and collaboration in the plural presents from which no less plural futures will present themselves, that will not only shape but actively constitute our foresight and provide the living archive to which future generations or the communities in which we will ourselves later belong will make our collective recourse as we struggle to cope with these outcomes and their alternatives.”

My only response here is to say that I invite all stakeholders to contribute the technological, social, and regulatory-proposal dialogues ongoing in the relevant communities.

I strongly identify as what Dale would call a Superlative Technologist, in that I believe the advanced technology of the 21st century will facilitate sweeping, “superlative” outcomes, whether we want it or not. The only way I see to channel the coming flood is to acknowledge its likelihood and do our best to ensure that the initial conditions benefit all of humanity rather than some self-identified “elite” subset.

Seven Definitions of Transhumanism Sunday, Sep 23 2007 

1. Transhumanism is a philosophy that humanity can, and should, strive to higher levels, both physically, mentally and socially. It encourages research into such areas as life extension, cryonics, nanotechnology, physical and mental enhancements, uploading human consciousness into computers and megascale engineering. — Anders Sandberg

2. Transhumanism is a class of philosophies that seek to guide us towards a posthuman condition. Transhumanism shares many elements of humanism, including a respect for reason and science, a commitment to progress, and a valuing of human (or transhuman) existence in this life. Transhumanism differs from humanism in recognizing and anticipating the radical alterations in the nature and possibilities of our lives resulting from various sciences and technologies. — Max More

3. Transhumanism is a way of thinking about the future that is based on the premise that the human species in its current form does not represent the end of our development but rather a comparatively early phase. — Transhumanist FAQ

4. Transhumanism is the doctrine that we can and should become more than human. — Mitch Porter

5. Transhumanism is a commitment to overcoming human limits in all their forms including extending lifespan, augmenting intelligence, perpetually increasing knowledge, achieving complete control over our personalities and identities and gaining the ability to leave the planet. Transhumanists seek to achieve these goals through reason, science and technology. — Natasha Vita-More

6. Transhumanism is the idea that new technologies are likely to change the world so much in the next century or two that our descendants will in many ways no longer be “human.” — Robin Hanson

7. Transhumanism is about taking control of our own evolution and vastly increasing civilization’s diversity and capability by introducing new beings such as cybernetic persons, genetically engineered intelligent species, and artificial intelligence. — Michael Anissimov

Why I’ve Donated Over $1,000 to the Lifeboat Foundation Thursday, Sep 20 2007 

Recently, my regular contributions to the Lifeboat Foundation surpassed $1,000. I am the 11th highest contributor to the organization as of September 2007, tied together with fellow members Philippe Van Nevervelde and Michael Dickey. I’m a member of the LF500, committing $1,000 each year to the Lifeboat Foundation.

Consider the amount of delicious food and electronic gadgets one might buy with $1,000. Since a shrimp, my favorite food, goes for about 25 cents, I could’ve bought approximately 4,000 shrimp with that money, and cooked them in a variety of ways.

But yet, I contributed to the Lifeboat Foundation instead. This is because I see a significant probability that humanity will wipe itself out in the next few decades, through abuse or misuse of advanced technologies such as genetic engineering, molecular manufacturing, and AI, and actually want to do something about it. I doubt that world governments or NGOs are going to put serious work towards alleviating the risks before it’s too late, so therefore we must found our own organization, and put our own resources, knowledge, and contacts into it. And there is a convenient organization already established for this purpose — the Lifeboat Foundation.

Last year, at Boston.com, in “An urgent cause for philanthropy”, Ralph Kaplan and Harvey Silverglate wrote:

“American philanthropy, in the news lately due to huge donations to wealthy foundations devoted to worthy causes, is nonetheless missing a critical opportunity to turn the private sector’s attention to the most urgent threat to human life. As the pace of scientific and technological developments continues to accelerate, the potential for enormous benefits is coupled with the potential for far more severe — indeed, lethal — costs.

While eradicating disease, creating humanlike robots, and harnessing the uses of nanotechnology could all lessen human suffering, their development could also lead to our demise, something that the leaders of American philanthropy seem not to fully appreciate.

The focus of American philanthropy should shift to reflect the severity of this threat.”

I am not wealthy enough to be what they call a “philanthropist”, but I believe that organizations can get off the ground through donations by middle-class people, which is presumably what most of you are. If we all give a little bit, substantial progress can be made. 100 people giving $1000 a year, approximately 1-3% of the salary of a typical full-time worker in the developed world, results in $100,000 a year for an organization, which is enough to do a tremendous amount of good — funding studies and grants, distributing thousands of pamphlets and papers on x-risks, organizing conferences and dinners, attracting hundreds of thousands of website visitors, contributing to multimedia productions… it might not be at the level of Amnesty International (which only has a $55 million budget, by the way), but it’s the seed for further growth and attention. Humanity needs an organization devoted to fighting existential risk, and now that we have one, our responsibility is to grow it.

A couple days ago, Tom McCabe wrote, “I propose that every transhumanist organization which relies upon donations should put some percentage of the money, say 10%, towards something which is near-term, simple, and obviously beneficial. Some sort of easily understood benefit is necessary to get non-transhumanists to donate, and even experienced transhumanists would probably donate more if the money went to something concrete. After all, even if transhumanism is the best thing since sliced bread, there’s no guarantee any particular organization is actually helping the Cause ™.”

Although the Lifeboat Foundation is not really a transhumanist organization, its main base of donors and contributors does seem to be primarily transhumanists, who take the risks of advanced technology more seriously than the mainstream. I’m proud to say that the LF is doing something that is near-term, simple, and pretty obviously beneficial — we’re sponsoring an electromagnetic launch competition at the upcoming Wirefly X-Prize Cup, at the Holloman Air Force Base in New Mexico, being held October 26-28. This is to encourage massively cheaper launch technology, for the purpose of getting serious orbital colonies up as soon as possible. A self-sustaining space colony would be able to dodge many of the planetary disasters which could befall our fledgling Earthbound civilization.

The Lifeboat Foundation’s goal for the future is not to be primarily an insular organization, using in-house talent, but a grant-issuing agency that can delegate funds to those researchers doing work most valuable to lowering a particular form of human extinction risk. For example, a goal is to issue grants to Robert Freitas, who is doing studies of the possibility of using “thermal censorship” to combat future risks involving self-replicating robotics. Anyone can submit a grant proposal here.

Several high-profile people have either joined the LF500 or donated $10,000 and over: Ray Kurzweil, who needs no introduction, Jaan Tallinn, a co-founder of Skype, Jack Halpern, CEO of the CJK Dictionary Institute, one of world’s prime sources for CJK (Chinese, Japanese and Korean) dictionaries, and Jason Matheny, a founder of New Harvest, an organization devoted to creating meat substitutes.

The Lifeboat Foundation is humanity’s personal shield against human extinction risk. If we make it through this century alive, the LF will be able to claim some of the credit. In the last year, our reports have been linked to or posted by outlets such as Instapundit, KurzweilAI.net, and the front page of Digg. People actually care about what the LF has to say. As the organization evolves, it’ll be publishing more reports, of the highest quality possible, and using them as conversation pieces in our engagement with scientists, policymakers, and the media.

Here is an overview of some of the Foundation’s recent accomplishments/plans:

  • Lifeboat Foundation NanoShield published on KurzweilAI.net
  • Sponsoring an electromagnetic launch competition at the upcoming X-Prize Cup in New Mexico
  • Producing a professional-quality documentary on existential risk, tentatively titled “Safeguarding Humanity”.
  • Giving presentations and distributing literature at relevant conferences, such as Transvision 2007, where our Spokesperson gave a well-received talk.
  • David Brin, award-winning science fiction and non-fiction author, has announced that the Lifeboat Foundation will be the topic of his next book.
  • Numerous traffic spikes in the last year, due to links from Digg and Instapundit, among others.
  • A steadily growing collection of well-trafficked reports by Lifeboat Foundation staff and advisors
  • Interviews with leaders in nanotechnology, synthetic biology and more.
  • Raised $23,000 in contributions in the last four months alone.
  • Our current fund plans are available here.

The Lifeboat Foundation has been doing great in the past few months. Help it maintain momentum! Become a member today, and join the fight against existential risk! As a membership-based organization, everyone’s input and suggestions are valued. By donating any amount at all, you are sending a statement to the community that you care about this effort and want to see it succeed. All donors are listed on the donor pages.

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