Gennady Stolyarov II, Chairman of the U.S. Transhumanist Party, delivered this presentation virtually at the Extreme Futures Technology and Forecasting (EFTF) Work Group on March 11, 2017.
Mr. Stolyarov outlines the background and history of the Transhumanist Party, its Core Ideals, its unique approach to politics and member involvement, and the hopes for transforming politics into a constructive focus on solutions to the prevailing problems of our time.
At the conclusion of the presentation Mr. Stolyarov answered a series of questions from futurists Mark Waser and Stuart Mason Dambrot.
Visit the website of the U.S. Transhumanist Party here.
Become a member of the U.S. Transhumanist Party for free here.
Watch the U.S. Transhumanist Party Discussion Panel on Artificial Intelligence here.
Watch the U.S. Transhumanist Party Discussion Panel on Life Extension here.
The Transhumanist Party: New Politics for Life Extension and Technological Progress – Video by G. Stolyarov II
Gennady Stolyarov II, Chairman of the U.S. Transhumanist Party, discusses the progress made in late 2016 and early 2017 and the goals of transhumanist politics – how the advocacy of emerging technologies and life extension in a political context sets the Transhumanist Party’s approach apart from mainstream politics.
This presentation was delivered virtually on January 27, 2017, to a meeting of People Unlimited in Scottsdale, Arizona, as part of People Unlimited’s Ageless Education speaker series. After the conclusion of his remarks, Mr. Stolyarov answered several questions from the audience.
The U.S. Transhumanist Party’s first expert discussion panel, hosted in conjunction with the Nevada Transhumanist Party, asked panelists to consider emerging developments in artificial intelligence.
The panel took place on Sunday, January 8, 2017, at 10 a.m. U.S. Pacific Time.
This panel was moderated by Gennady Stolyarov II, Chairman of the U.S. Transhumanist Party and Chief Executive of the Nevada Transhumanist Party. Key questions addressed include the following:
(i) What do you think will be realistic, practical applications of artificial intelligence toward improving human lives during the next 5 years? (ii) Are you genuinely concerned about existential risk stemming from AI, or do you think those concerns are exaggerated / overhyped (or do you have some intermediate position on these issues)? (iii) On the other hand, do you perceive significant tendencies in contemporary culture to overhype the positive / functional capabilities of AI? (iv) How can individuals, particularly laypersons, become better at distinguishing between genuine scientific and technological advances in AI and hype / fear-mongering? (v) What is your techno-optimistic vision for how AI can help improve the future of human (and transhuman) beings? (vi) What are your thoughts regarding prognostications of an AI-caused technological Singularity? Are they realistic?
Zak Field is an international speaker, consultant, games designer, and entrepreneur based in Norwich, UK. A rising thought leader in Mixed Realities (VR/AR), Zak speaks and consults on Mixed Realities-related topics like gamification, Virtual Reality (VR), Augmented Reality (AR), Robotics, Artificial Intelligences (AIs), and the Internet of Things (IoT).
In 2015, Zak partnered with Futurist Miss Metaverse as co-founder of BodAi, a robotics and AI company developing Bods, lifelike humanoid robot companions made accessible through a unique system that accommodates practical 21st-Century business and lifestyle needs.
David J. Kelley is the CTO for the tech venture capital firm Tracy Hall LLC, focused on companies that contribute to high-density sustainable community technologies, as well as the principal scientist with Artificial General Intelligence Inc. David also volunteers as the Chairman of the Transhuman National Committee board. David’s career has been built on technology trends and bleeding each research primarily around the capitalization of product engineering where those new products can be brought to market and made profitable. David’s work on Artificial Intelligence in particular – the ICOM research project with AGI Inc. – is focused on emotion-based systems that are designed to work around human constraints and help remove the ‘human’ element from the design of AI systems, including military applications for advanced self-aware cognitive systems that do not need human interaction.
Hiroyuki Toyama is a Japanese doctoral student at the Department of Psychology in University of Jyväskylä, Finland. His doctoral study has focused on emotional intelligence (EI) in the context of personality and health psychology. In particular, he has attempted to shed light on the way in which trait EI is related to subjective well-being and physiological health. He has a great interest in the future development of artificial EI on the basis of contemporary theory of EI.
Mark Waser is Chief Technology Officer of the Digital Wisdom Institute and D161T4L W15D0M Inc., organizations devoted to the ethical implementation of advanced technologies for the benefit of all. He has been publishing data science research since 1983 and developing commercial AI software since 1984, including an expert system shell and builder for Citicorp, a neural network to evaluate thallium cardiac images for Air Force pilots and, recently, mobile front-ends for cloud-based AI and data science. He is particularly interested in safe ethical architectures and motivational systems for intelligent machines (including humans). As an AI ethicist, he has presented at numerous conferences and published articles in international journals. His current projects can be found at the Digital Wisdom website – http://wisdom.digital/
Demian Zivkovic is CEO+Structure of Ascendance Biomedical, president of the Institute of Exponential Sciences, as well as a scholar of several scientific disciplines. He has been interested in science, particularly neuropsychology, astronomy, and biology from a very young age. His greatest passions are cognitive augmentation and life extension, two endeavors he remains deeply committed to, to this day. He is also very interested in applications of augmented reality and hyperreality, which he believes have incredible potential for improving our lives.
He is a strong believer in interdisciplinarity as a paradigm for understanding the world. His studies span artificial intelligence, innovation science, and business, which he has studied at the University of Utrecht. He also has a background in psychology, which he has previously studied at the Saxion University of Applied Sciences. Demian has co-founded Ascendance Biomedical, a Singapore-based company focused on cutting edge biomedical services. Demian believes that raising capital and investing in technology and education is the best route to facilitate societal change. As a staunch proponent of LGBT rights and postgenderism, Demian believes advanced technologies can eventually provide a definite solution for sex/gender-related issues in society.
Libertarianism and Transhumanism – How Liberty and Radical Technological Progress Fit Together – Presentation by G. Stolyarov II
Gennady Stolyarov II, as Chief Executive of the Nevada Transhumanist Party and as of November 17, 2016, the Chairman of the United States Transhumanist Party, discusses the complementarities between libertarian and transhumanist philosophies and objectives, encouraging more libertarians to embrace emerging technologies and an “upwing” perspective on progress, tolerance, and cosmopolitanism. Over time Mr. Stolyarov hopes to be able to do similar outreach to persons of other persuasions – from centrists to non-identitarian conservatives to left-progressives to socialists to apolitical individuals, seeking common ground in pursuit of the improvement of the human condition through emerging technologies.
Privacy is a favorite topic of mine. Maintaining individual privacy is a crucial element in free society. Yet there are many who want to invade it for personal or political gain. As our digital fingerprint becomes a part of our notion of self, how do we maintain our personal privacy on an inherently impersonal network of data? Where do we draw that line on what is private, and how do we enforce it? These are questions that are difficult to answer when looking at a short-term perspective. However, if we look further into the probable future, we can create a plan that helps protect the privacy of citizens today and for generations to come. By taking into account the almost certain physical merger of human biology and technology, the answer becomes clear. Our electronic data should be treated as part of our bodily autonomy.
The explosive success of social media has shown that we already view ourselves as partly digital entities. Where we go, what we eat, and who we are with is proudly displayed in cyberspace for eternity. But beyond that we store unique data about ourselves “securely” on the internet. Bank accounts, tax returns, even medical information are filed away on a server somewhere and specifically identified as us. It’s no longer solely what we chose to let people see. We are physical and digital beings, and it is time we view these two sides as one before we take the next step into enhanced humanity.
Subdermal storage of electronic data is here, and its storage capabilities will expand rapidly. Soon we will be able to store a lot more than just access codes for our doors. It is hard to speculate exactly what people will chose to keep stored this way, and there may even come a time when what we see and hear is automatically stored this way. But before we go too far into what will be stored, we must understand how this information is accessed in present time. These implants are currently based in NFC technology. Near-Field Communication is a method of storing and transmitting data wirelessly within a very short distance. Yes, “wireless” is the key word. It means that if I can connect my NFC tag to my smart phone by just waiving my hand close to it (usually within an inch or so), then technically someone else can, too. While current antenna limitations and the discreetness of where a person’s tag is implanted create a highly secure method of storage, advances in technology will eventually make it easier to access the individual. This is why it is urgent we develop a streamlined policy for privacy.
The current Transhumanist position is that personally collected intellectual property, whether stored digitally or organically, is the property of the individual. As such, it should be protected from unauthorized search and download. The current platform also states that each individual has the freedom to enhance their own body as they like so long as it doesn’t negatively impact others. However, it does not specify what qualifies as a negative impact or how to prevent it. Morphological freedom is a double-edged sword. A person can a person enhance their ability to access information on themselves, but they can also use it to access others. It is entirely feasible enhancements will be created that allow a person to hack another. And collecting personal data isn’t the only risk with that. What if the hacking victim has an artificial heart or an implanted insulin pump? The hacker could potentially access the code the medical device is operating with and change or delete it, ultimately leading to death. Another scenario might be hacking into someone’s enhanced sensory abilities. Much like in the novel Ender’s Game, a person can access another to see what they see. This ability can be abused countless ways ranging from government surveillance to sexual voyeurism. While this is still firmly within the realm of science fiction, a transhuman society will need to create laws to protect against these person-to-person invasions of privacy.
Now let’s consider mass data collection. Proximity beacons could easily and cheaply be scattered across stores and cities to function as passive collection points much like overhead cameras are today. Retail stands to gain significantly from this technology, especially if they are allowed access to intimate knowledge about customers. Government intelligence gathering also stands to benefit from this capability. Levels of adrenaline, dopamine, and oxytocin stored for personal health analysis could be taken and paired with location data to put together an invasive picture of how people are feeling in a certain situation. Far more can be learned and exploited when discreetly collected biodata is merged with publicly observable activity.
In my mind, these are concerns that should be addressed sooner than later. If we take the appropriate steps to preserve personal privacy in all domains, we can make a positive impact that will last into the 22nd century.
Note: Left-click on this image to get a full view of this digital work of fractal art.
Inspired by the recently-discovered habitable exoplanet orbiting Proxima Centauri, this painting depicts a risk-taking space colonist/engineer overseeing the construction of a Hyperloop (with the aid of sentient drones!) in a bright, and hopefully near, future.
Wendy D. Stolyarov is an accomplished writer, thinker, artist, and graphic designer, who brings her immense talent and capacity for innovation to The Rational Argumentator and the wider movement for the advancement of Reason, Rights, and Progress. Mrs. Stolyarov uses computer technology masterfully to produce precise, realistic, life-affirming art. She has also contributed multiple essays to TRA and designed many of the magazine’s newer logos, including its banner and the New Renaissance top hat. Mrs. Stolyarov is married to G. Stolyarov II, the Editor-in-Chief of The Rational Argumentator.She is the illustrator for Death is Wrong, the children’s book on indefinite life extension written by Mr. Stolyarov in 2013.
What Goes On In The Depths Of Space? – Art by Alastair Temple
Emma Morano, age 116, is the last person alive born in the nineteenth century. New cutting-edge technologies could mean that more than a few people born at the end of the twentieth century will be in the prime of life when they reach that age. But this future will require a culture of reason that is currently dying out in our world.
Is the secret to a long life raw eggs or genetics?
Signorina Morano was born in Italy on Nov 29, 1899. On the recent passing of Susannah Mushatt Jones, who was born a few months before her, Morano inherited the title of world’s oldest person. She still has a ways to go to best the longevity record of the confirmed oldest person who ever lived, Jeanne Calment (1875-1997) who made it to 122.Every oldster offers their secret to long life. Morano attributes her feat to remaining single, adding that she likes to eat raw eggs. But the reason living things die, no matter what their diet, is genetic. Cellular senescence, the fancy word for aging, means the cells of almost every organism are programmed to break down at some point. Almost, because at least one organism, the hydra, a tiny fresh-water animal, seems not to age.
Researches are trying to discover what makes the hydra tick so that they find ways to reprogram human cells so we will stop aging. As fantastic as this sounds, it is just one part of a techno-revolution that could allow us to live decades or even centuries longer while retaining our health and mental faculties. Indeed, the week the Morano story ran, both the Washington Post and New York Times featured stories about scientists who approach aging not as an unavoidable part of our nature but as a disease that can be cured.
Since 2001, the cost of sequencing a human genome has dropped from $100 million to just over $1,000. This is spurring an explosion in bio-hacking to figure out how to eliminate ailments like Parkinson’s and Alzheimer’s. We also see nanotechnology dealing with failing kidneys. New high-tech devices deal with blindness and other such disabilities.
An achievement culture and longevity
But this bright future could be fading. Here’s why.
The source of all human achievement is the human mind, our power to understand our world and thus to control it for our own benefit; Ayn Rand called machines “the frozen form of a living intelligence.”
But America, the country that put humans on the Moon, is becoming the stupid country. Despite increased government education spending, test results in science and most other subjects have remained flat for decades. On international ratings, American students are behind students in most other developed countries. It’s a good thing America still has a relatively open immigration policy! Many of the tech people here come from overseas, especially India, because America still offers enough opportunity to make up for its failing schools.
The deeper problem is found in the prevailing values in our culture. In the 1950s and ‘60s many young people, inspired by the quest for the Moon, aspired to be scientists and engineers, to train their minds. Many went into the research labs of private firms that became the production leaders of the world. It was a culture that celebrated achievement.
Today, many young people, perverted by leftist dogma, hunger to be political enforcers, to train themselves in power and manipulation. Many go into campaigns and government to wrest wealth from producers to pay for “entitlements,” and to make the country more “equal” by tearing producers down. A growing portion of the culture demonizes achievement and envious of success.
Were they to live for 120 healthy years, individuals with the older, pro-achievement values would find their souls even more enriched by their extended careers of achievement. But individuals in the newer, anti-achievement culture would find their souls embittered as they focused enviously on degrading their productive fellows.
All who want long lives worth living need to not only promote science but also the values of reason and achievement. That’s the way to create a pro-longevity culture.
Transhumanism Australia, a non-profit that promotes education in science and technology, has marked March 1 as “Future Day.” It wants this day celebrated worldwide as a time “to consider the future of humanity.” If all of us made a habit of celebrating our potential, it could transform a global culture mired in pessimism and malaise. It would help build an optimistic world that is confident about what humans can accomplish if we put our minds and imaginations to it.
The Future is Bright
The information and communications technology that helps define and shape our world was, 40 years ago, a vision of the future brought into present reality by visionaries like Steve Jobs and Bill Gates. The exponential growth of the power of semiconductors allowed entrepreneurs to create one new industry and cutting-edge good product and service after another.
Today, we are at exponential takeoff points in biotech, nanotech, and artificial intelligence. For example, the cost of sequencing a human genome was $100 million in 2001, $10 million in 2007, but it costs only a few thousand dollars today. Steve Jobs created the first Apple computers in his garage. Biohackers similarly housed could transform our lives in the future in ways that still seem to most folks like science fiction; indeed, the prospect of “curing death” is no longer a delusion of madmen but the well-funded research projects in the laboratories of the present.
For a prosperous present and promising future a society needs physical infrastructure—roads, power, communications. It needs a legal infrastructure—laws and political structures that protect the liberty of individuals so they can act freely and flourish in civil society. And it requires moral infrastructure, a culture that promotes the values of reason and individual productive achievement.
Future “Future Days”
We should congratulate our brothers “Down Under” for conceiving of Future Day. They have celebrated it in Sydney with a conference on the science that will produce a bright tomorrow. We in America and folks around the world should build on this idea. Today it’s a neat idea: next year, we could start a powerful tradition, a global Future or Human Achievement Day, promoting the bright future that could be.
Were such a day marked in every school and every media outlet, it could to raise achiever consciousness. It could celebrate achievement in the culture—who invented everything that makes up our world today, and how? It could promote achievement as a central value in the life of each individual, whether the individual is nurturing a child to maturity or a business to profitability, writing a song, poem, business plan or dissertation, laying the bricks to a building or designing it, or arranging for its financing.
Such a day would help create the moral infrastructure necessary for a prosperous, fantastic, non-fiction future, a world as it can be and should be, a world created by humans for humans—or even transhumans!
Dr. Edward Hudgins directs advocacy and is a senior scholar for The Atlas Society, the center for Objectivism in Washington, D.C.
With today’s news, it certainly seems that senescent cell clearance has come of age as an approach to treating aging and age-related conditions. Some of the leading folk in the cellular senescence research community today published the results from a very encouraging life span study, extending life in mice via a method of removing senescent cells. This is much the same approach employed in one of the first tests of senescent cell clearance, carried out in accelerated aging mice a few years ago, but in this case normal mice were used, leaving no room to doubt the relevance of the results. The researchers have founded a new company, Unity Biotechnology, to develop therapies for the clinic based on this technology. Clearance of senescent cells has been advocated as a part of the SENS vision for the medical control of aging for more than a decade now, and it is very encouraging to see the research and development community at last coming round to this view and making tangible progress.
Senescent cells have removed themselves from the cycle of replication in reaction to cell and tissue damage, or a local tissue environment that seems likely to result in cancer. Their numbers accumulate with age. Most are destroyed by the immune system or their own programmed cell death mechanisms, but enough linger for the long term for their growing presence to be one of the contributing causes of the aging process. These cells behave badly, secreting harmful signals that degrade tissue function, generate inflammation, and alter the behavior of surrounding cells as well. Near every common age-related condition is accelerated and made worse by the presence of large numbers of senescent cells. We would be better off without them, aging would be slowed by the regular removal of these errant cells, and the therapies to make that possible are on the near horizon.
The mouse lifespan study is the important news here, as it demonstrates meaningful extension of median life span through removal of senescent cells, the first such study carried out in normal mice for this SENS-style rejuvenation technology. This sort of very direct and easily understood result has a way of waking up far more of the public than the other very convincing evidence of past years. So it looks like Oisin Biotechnology, seed funded last year by the Methuselah Foundation and SENS Research Foundation to bring a senescent cell clearance therapy to market, now has earnest competition. Insofar as the competitive urge in business and biotechnology speeds progress and produces better results, let the games begin, I say.
Researchers have made this decade’s biggest breakthrough in understanding the complex world of physical aging. The researchers found that systematically removing a category of living, stagnant cells (ones which can no longer reproduce) extends the lives of otherwise normal mice by 25 percent. Better yet, scouring these cells actually pushed back the process of aging, slowing the onset of various age-related illnesses like cataracts, heart and kidney deterioration, and even tumor formation. “It’s not just that we’re making these mice live longer; they’re actually stay healthier longer too. That’s important, because if you were going to equate this to people, well, you don’t want to just extend the years of life that people are miserable or hospitalized.” By rewriting a tiny portion of the mouse genetic code, the team developed a genetic line of mice with cells that could, under the right circumstances, produce a powerful protein called caspase when they start secreting p16. Caspase acts essentially as a self-destruct button; when it’s manufactured in a cell, that cell rapidly dies. So what exactly are these circumstances where the p16 secreting cells start to create caspase and self-destruct? Well, only in the presence of a specific medicine the scientists could give the mice. With their highly-specific genetic tweak, the scientists had created a drug-initiated killswitch for senescent cells. In today’s paper, the team reported what happened when the researchers turned on that killswitch in middle-aged mice, effectively scrubbing clean the mice of senescent cells.
Senescent cells accumulate in various tissues and organs over time, and have been speculated to have a role in ageing. To explore the physiological relevance and consequences of naturally occurring senescent cells, here we use a previously established transgene, INK-ATTAC, to induce apoptosis in p16Ink4a-expressing cells of wild-type mice by injection of AP20187 twice a week starting at one year of age. We show that AP20187 treatment extended median lifespan in both male and female mice of two distinct genetic backgrounds. The clearance of p16Ink4a-positive cells delayed tumorigenesis and attenuated age-related deterioration of several organs without apparent side effects, including kidney, heart and fat, where clearance preserved the functionality of glomeruli, cardio-protective KATP channels and adipocytes, respectively. Thus, p16Ink4a-positive cells that accumulate during adulthood negatively influence lifespan and promote age-dependent changes in several organs, and their therapeutic removal may be an attractive approach to extend healthy lifespan.
Unity will initially focus on cellular senescence, a biological mechanism theorized to be a key driver of many age-related diseases, including osteoarthritis, glaucoma and atherosclerosis. “Imagine drugs that could prevent, maybe even cure, arthritis or heart disease or loss of eyesight. It’s an incredible aspiration. If we can translate this biology into medicines, our children might grow up in significantly better health as they age. There will be many obstacles to overcome, but our team is committed and inspired to achieve our mission. This has been a long journey, and we’re at the point now where we can start making medicines to achieve in humans what we’ve achieved in mice. I can’t wait to see what happens as we move into the clinic.”
To close this post, and once again, I think it well worth remembering that SENS rejuvenation biotechnology advocates and supporters have been calling for exactly this approach to treating aging for more than a decade. That call was made based on the evidence arising from many fields of medical research, and from a considered perspective of aging as a process of damage accumulation, one that can be most effectively treated by repair of that damage. The presence of senescent cells is a form of damage. SENS was not so long ago derided and considered out on the fringe for putting forward that position, but for several years now it has been very clear that the SENS viewpoint was right all along. I strongly encourage anyone who remains on the fence about the validity of the SENS proposals for the treatment of aging to reexamine his or her position on the science.
Reason is the founder of The Longevity Meme (now Fight Aging!). He saw the need for The Longevity Meme in late 2000, after spending a number of years searching for the most useful contribution he could make to the future of healthy life extension. When not advancing the Longevity Meme or Fight Aging!, Reason works as a technologist in a variety of industries.
This work is reproduced here in accord with a Creative Commons Attribution license. It was originally published on FightAging.org.