It’s that time of the month where we all come together and exchange gifts. Keeping this in mind, DARPA showed some holiday spirit when it provided Walter Reed National Military Medical Center the greatest gift the 21st century can offer: LUKE – the most revolutionary bionic arm available to date!
A new machine designed at Stanford University sends digital messages without electronics, using common household chemicals. Eventually, similar systems could allow tiny devices to communicate inside the body, or be adapted to environments in which traditional electronics break down.
Researchers from the University of Pittsburgh and UPMC have developed a system that’s enabling a man with quadriplegia to experience the sensation of touch through a robotic arm that he controls with his brain.
The oldest human to have ever lived died at the age of 122—and that was nearly 20 years ago. A recent analysis of global demographic data suggests this may very well be the maximum age attainable by humans, and that it’s extremely unlikely anyone will ever live much beyond this advanced age. That is, unless we science the shit out of this problem.
À l’heure où des vétérans américains choisissent de remplacer leurs jambes affaiblies par des prothèses de plus en plus avancées et où on peut lire l’histoire d’un jeune autrichien qui décide de faire de même avec sa main paralysée suite à un accident de moto, la question de savoir si un jour nous verrons de plus en plus d’individus choisir d’aller remplacer leurs membres comme s’ils allaient se faire tatouer ou percer reste provocatrice.
Is a human borg-mind inevitable? The answer, I think, is kinda …
A “borg” mind, as popularized by the classic Star Trek episode, is a group of people all controlled by a single collective will, consciousness and memory. It’s obviously an extreme invented for entertainment purposes. A more common term is “hive mind”, but there are many kinds of hive minds, of which the Borg Collective in Star Trek is a particular variety.
I recently had the privilege of being the opening keynote speaker at the Financial TimesCamp Alphaville 2015 conference in London. Attending were nearly 1000 people, including economists, engineers, scientists, and financiers. Amongst robots mingling with guests, panels discussing Greece’s future, and Andrew Fastow describing the fall of Enron in his closing speech, event participants were given a dynamic picture of the ever changing business landscape and its effect on our lives.
I have recently been working my through David Roden’s book Posthuman Life: Philosophy at the Edge of the Human. It is a unique and fascinating work. I am not sure that I have ever read anything quite like it. In the book, Roden defends a position which he refers to as speculative posthumanism. This holds, roughly, that the future we are creating through technological change could give rise to truly weird and alien forms of posthuman life.
Even if they aren’t flesh, “mindclones” deserve protection.
For much of the 20th century, capital punishment was carried out in most countries. During the preceding century many, like England, had daily public hangings. Today, even Russia, with a mountainous history of government-ordered executions, has a capital-punishment moratorium. Since 1996, it has not executed a criminal through the judicial system.
If we can learn to protect the lives of serial killers, child mutilators, and terrorists, surely we can learn to protect the lives of peace-loving model citizens known as mind clones and bemans—even if they initially seem odd or weird to us.
The final frontier of digital technology is integrating into your own brain. DARPA wants to go there. Scientists want to go there. Entrepreneurs want to go there. And increasingly, it looks like it’s possible.
You’ve probably read bits and pieces about brain implants and prostheses. Let me give you the big picture.
Franco Cortese locates the notion of ‘gradual mind uploading’ and the discipline of whole-brain-emulation within the broader methodological context of functionally restorative medicine and functionally perpetuative medicine, characterizing it as a distinct approach within the field of biomedical gerontology and regenerative medicine.
When Reuters announced the successful deployment of the first Internet-enabled pacemaker in the United States, it was a dream come true for many. The news came late in the summer of 2009, three weeks after Carol Kasyjanski became the first American recipient of a wireless pacemaker that allowed her doctor to monitor her health from afar. Since then there has been a proliferation of Internet-connected personal medical devices, or iPMDs, which now include insulin pumps, glucometers, blood pressure cuffs, pulse oximeters, walking canes, and of course, the ubiquitous fitness wearables.
Are there ways to directly strengthen fairness and moral cognition in the prefrontal cortex, and weaken the cognitive biases bubbling up from the amygdala? Research on the genetic correlates of moral cognition, and the effects of psychoactive drugs, and of electrical and magnetic manipulation of the brain, suggest there are ways to enhance fairness and impartiality.
I’ve met Erik Parens twice; he seems like a thoroughly nice fellow. I say this because I’ve just been reading his latest book Shaping Our Selves: On Technology, Flourishing and a Habit of Thinking, and it is noticeable how much of his personality shines through in the book. Indeed, the book opens with a revealing memoir of Parens’s personal life and experiences in bioethics, specifically in the enhancement debate. What’s more, Parens’s frustrations with the limiting and binary nature of much philosophical debate is apparent throughout his book.
By mid-century or before, many future followers predict the pace of technological progress in genetics, nanotechnology and artificial intelligence will become so fast that humans will undergo radical evolution. By the 2030s, we'll be deluged with medical breakthroughs that promise a forever youthful state of being.
Anti-aging activist Aubrey de Grey has identified medical advances that will eliminate much of the wear and tear our bodies suffer as we grow old. Those who undergo continuous repair treatments, de Grey said in this YouTube interview, could remain healthy for millennia without fears of dying from old age.
In just ten years, many of today’s older citizens might look in the mirror and ask, “Who is that gorgeous person?” Their reflection would reveal a revitalized body overflowing with enthusiasm, sporting a dazzling smile, wrinkle-free skin, perfect vision, natural hair color, real teeth, and an amazing mind and memory.
Overview of Advances Articulated in Nanomedical Device and Systems Design: Challenges, Possibilities, Visions (2013)  This article provides an overview of the research findings related to cognitive enhancement that are presented in Nanomedical Device and Systems Design: Challenges, Possibilities, Visions (2013), an encyclopedic textbook chronicling a plethora of recent advances in myriad areas of nanotechnology and nanomedicine. The final chapter discusses progress in nanomedical cognitive enhancement, where we find ourselves in a modern era in which many technologies appear to be on the cusp – helping to resolve pathologies while also having much future potential for the augmentation of human capabilities.
We women hear a lot about side effects of birth control, but we don’t hear as much about the side benefits. If you haven’t had a conversation with your doctor lately about family planning, you may be in for some surprises, like the fact that lighter, less frequent periods may be healthier for you.
Communication is the basic principle of social interaction. We know that microbes use a method of communication called quorum sensing1, cetaceans have their whale song2, plants have airborne chemical communication and fungal signal transfer via their roots3. Let us take a moment to think about how do machines communicate with each other.
Of course, no one can predict the future with 100% accuracy, but by combining present day knowledge with anticipated advances, we can make plausible guesses about what life might be like in the 2050s. Over the coming decades, healthcare research will wield huge benefits for humankind. By 2050, stem cells, gene therapy, and 3-D bio printing promise to cure or make manageable most of today’s diseases.