Back in the early 2000s, Ryan Fugger invented something that will come to change the future of economics. He invented Ripple, a P2P credit clearing system. Some argue that P2P credit is unstable and prone to inflation, and I second that, and I believe Ripple should be combined with some form of stable index. Perhaps something like solarcoin.org — what could be more stable than the energy of a photon?
Hungry? You can order some pizza and pay for it online. Need to pay your bills? You don’t have to go to the bank or to the billing company to do it. You can either do it online on your desktop or on your smartphone. Need to buy a gift for your nephew whose birthday is this weekend? No need to go out during your lunch break to buy a gift. Just order online and you can have it delivered at your door step.
The Brookings Institution recently issued a report showing that poor Americans die at a much earlier age than rich Americans, and that this life expectancy gap between rich and poor is growing rapidly. A professor of public health at Yale University told the New York Times, “It’s embarrassing.”
Vanderbilt University’s Michael Bess has written an extraordinarily thoughtful new book: Our Grandchildren Redesigned: Life In The BioEngineered Society Of The Near Future. The first part of the book introduces the reader to the technologies that will enhance the physical, emotional, and intellectual abilities of our children and grandchildren: pharmaceuticals, bioelectronics, genetics, nanotechnology, robotics, artificial intelligence, synthetic biology, and virtual reality.
Should India promote scientific research on aging? This was the question put to me by a learned friend of mine during our discussion on the ever increasing population of India and in particular that section of the population beyond 60 years of age. I was suggesting, rather emotionally, that it is high time that India had taken the health and other problems of senior citizens seriously and active research be promoted on the phenomenon of getting old and such age associated health and social problems.
What was Apple thinking when it launched the iPhone? It was an impressive bit of technology, poised to revolutionise the smartphone industry, and set to become nearly ubiquitous within a decade. The social consequences have been dramatic. Many of those consequences have been positive: increased connectivity, increased knowledge and increased day-to-day convenience.
The nature of what is truly real has been pondered by philosophers for centuries. Plato argued we were only seeing shadows of true reality. Descartes pointed out nothing could be proven by your own thoughts. And while we must assume a shared reality to function with other over the course of daily life, that assumption will come to be questioned in the future with the rise of Virtual Reality (VR) and Augmented Reality (AR) technologies.
Does the pursuit of longevity, or even radical longevity, have future in India? The following article will consider this question mainly in ideological, cultural and historical terms, rather than in terms of analyzing current technological and demographic trends. In demographic terms, as was also noted earlier, the life expectancy in India is till relatively low compared to other countries (about 65-66 years), yet it is clearly on the rise and no limit can be set for this increase.
How might we define beauty in a future of cyborgs and the genetically enhanced?
Today we live in a world that has been radically transformed by the hands of advanced science and technology. Depending on which sci-fi literature you might’ve read, one could accurately portray today’s reality as a sci-fi future. A future where everyone is interconnected using tiny computational devices which fit in their pockets, biological limbs being replaced by advanced bionic prosthetics, and disease being combated using gene-editing tools.
The interventions into the degenerative aging process are still in their infancy. A long effortful road will yet need to be traveled from basic research on cell cultures and animal models to effective, safe and widely available human therapies. And many dangers to human health (such as overdose and overstimulation) and many unsubstantiated false claims yet await on this road that need to be guarded against as much as possible. Yet vast promising research is progressing, especially as regards potential pharmaceutical interventions into the aging process.   Below are some examples.
What will the future look like in the eyes of those one step ahead of us?
I’ve been speaking a lot lately about what I believe the future will be like, as envisioned by robotics company Humai. For a change of pace, I decided to reach out to someone else and get their take on the world of tomorrow.
What follows is a description of experiments using the medium of sound and emerging sound technologies to destabilize conceptions and reposition ourselves to histories of social trauma and to our own sense of self. Can we interrogate these intersections of meaning and data in new ways? Can we dilate emotional immediacy through such reimaginings? Does technology allow and help us to reconsider these approaches?
Artificial Intelligence. Nanobots. 3D printing of organs. Prosthetics that read your brainwaves. Virtual Reality. Mars colonies. Gene editing. Of all the technologies on our horizon, I think gene editing is the one that will come to the table first.
This post is the first substantive entry in my series about effective altruism. In a previous post, I offered a general introduction to the topic of effective altruism (EA) and sketched out a taxonomy of the main objections to the practice. In that post, I adopted a ‘thick’ definition of EA, which holds that one ought to do the most good one can do, assuming a welfarist and consequentialist approach to ethics, and favouring evidentially robust policy interventions.
I was recently invited to participate in a conference on “startup societies”—those groups, usually libertarian, that want to peel off from dominant cultures and governments in order to explore their own interests and freedoms in international waters. You may have heard of The Principality of Sealand, Operation Atlantis, Liberland, Fort Galt, The First Millennial Foundation (AKA The Living Universe Foundation), or the dozens of other wannabe micronations. What would the potentials for transhuman experimentation, I was asked, be in such micro societies? In formulating my reply by email, I realized there was more to say, and I wanted to loop the rest of you in on the conversation.
Dernière partie dédiée à la réflexion sur “Le choix d’une vie très longue en bonne santé : pourquoi?” Préserver et renforcer la part de l’économie non marchande L’accroissement d’abord progressif, puis éventuellement considérable de la durée de vie en bonne santé a commencé depuis longtemps par se traduire par une augmentation de la quantité d’activité fournie par des personnes curieusement qualifiées par les statistiques françaises de « non-actives ».
The necessity to create various remedies for degenerative age-related diseases is beyond any doubts. But this process is somewhat like a Sisyphean task, because the aging of each person only deepens over time, persistently destroying the results of treatment. Pharma is forced to deal with the countless consequences, rather than with their cause. The primary cause of aging is still deeply buried in gerontological terra incognita. Meanwhile, a growing and imminent new threat for humankind is becoming increasingly apparent. This threat is the increasing aging of the human population as a whole.
Looking at the barrage of news on technological unemployment, we may get lucky and avoid the predictable denialism phase altogether. A lot of time gets wasted on denying things that are inescapable. We may get lucky, as in “we might avoid a massively disfunctional dystopian future full of mass-poverty and the consequences thereof“.
For years, the term “Anthropocene” has been used to informally describe the human era on Earth. But new evidence suggests there’s nothing informal about it. We’re a true force of nature — and there’s good reason to believe we’ve sparked a new and unprecedented geological epoch.
I’ve been playing catch-up since my tenure application and my class preps for the Spring semester, but I’ve finally been able to re-engage with my usual sites, and all of the fantastic content in my Google+ communities. One thing that’s been coming up in various iterations is the concept of the “internet of things.” In a nutshell, the term loosely (and, I think perhaps a little misleadingly) refers to a technological interconnectivity of everyday objects: clothes, appliances, industrial equipment, jewelry, cars, etc, now made possible by advancements in creating smaller microprocessors.
Didier Coeurnelle is a leading European spokesperson in the radical life extension movement, plus he’s an IEET Advisory Board member. I queried him on via email on his anti-aging activities and opinions.
IEET: Let’s being with you introducing yourself and the groups you work with.
Do we need a broad consensus in society before rolling out vital new medical therapies?
CRISPR-Cas9 is a dramatic development in genetic technology. It is a powerful, relatively simple, and increasingly precise technique for editing the DNA of living organisms. Its potential application to human beings was highlighted in April 2015, when researchers in China reported their experiments on non-viable human zygotes.
IEET Blog |
email list |
The IEET is a 501(c)3 non-profit, tax-exempt organization registered in the State of Connecticut in the United States.
East Coast Contact: Executive Director, Dr. James J. Hughes,
56 Daleville School Rd., Willington CT 06279 USA
Email: director @ ieet.org phone:
West Coast Contact: Managing Director, Hank Pellissier
425 Moraga Avenue, Piedmont, CA 94611
Email: hank @ ieet.org