The ability to think clearly and make good decisions is on almost every society’s list of virtues. In this essay I discuss the debate over different aspects of intelligence, the degree to which they are shaped by genes, chemistry and society, and the role of intelligence in other virtues.
Empathy draws on both mammalian circuits that we share with other animals and cognitive abilities that only appear to be present in our closest relatives, the great apes and and cetaceans, and ourselves. As with happiness and self-control, there is strong evidence that differences in our capacity for compassion and empathy are tied to differences in the brain structures and neurochemistries that they depend on.
Most broadly, Social Futurism stands for positive social change through technology; i.e. to address social justice issues in radically new ways which are only just now becoming possible thanks to technological innovation. If you would like some introduction to Social Futurist ideas, you can read the introduction page at wavism.net and there are links to articles at http://IEET.org listed at the top of this post. In this post I will discuss the Social Futurist alternative to Liberal Democratic and Authoritarian states, how that model fits with our views on decentralization and subsidiarity, and its relevance to the political concept of a “Third Way“.
Theoretically the problem is already solved. It is now quite obvious what kind of research should be done for life extension. For example, testing various combinations of different things that extend lifespan in old mice. Particularly important is longevity gene therapy development.
William Galston writes in the Wall Street Journal about a Republican senator’s plans to force a confrontation on government disability benefits. Though Mr. Galston doesn’t seem to see it this way, it sounds as if Sen. Orrin Hatch plans to hold benefits for disabled Americans hostage in order to force Social Security cuts on everyone.
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.
Should we worry that only X% of CEOs, or politicians or philosophers (or whatever) are women? Is there something unjust or morally defective about a society with low percentages of women occupying these kinds of roles? That’s what we’re looking at in this series of posts, based on Janet Radcliffe-Richard’s (RR’s) paper “Only X%: the Problem of Sex Inequality”.
Let’s start with a thought experiment. Suppose that in a given population 50% of people have blue eyes and 50% have brown eyes. Suppose further that there is no evidence to suggest that eye colour has any effect on cognitive ability; indeed, suppose that everything we know suggests that cognitive ability is equally distributed among blue and brown-eyed people. Now imagine that in this population 80% of all senior academics and professors are blue-eyed. What conclusions should we draw about the justice of this society?
If predictions by future thinkers such as Aubrey de Grey, Robert Freitas, and Ray Kurzweil ring true – that future science will one day eliminate the disease of aging – then it makes sense to consider the repercussions a non-aging society might place on our world.
Positive future watchers believe we will see more progress in the next three decades than was experienced over the last 200 years. In The Singularity is Near, author Ray Kurzweil reveals how science will change the ways we live, work, and play. The following timeline looks at some amazing possibilities as we venture ahead in what promises to become an incredible future…
You do not need to be a biologist or medical doctor to help hasten the arrival of indefinite life extension. An important array of activist endeavors, which are laying the groundwork for the eventual achievement of unlimited lifespans, can be implemented by anybody. They range from giving out books to playing games to simply running one’s computer – all the while making important contributions to scientific progress and the receptiveness of the general culture to the feasibility and desirability of indefinite longevity.
More than 200 participants from North America, Europe and Asia met in post-Olympic Sochi for five days this April, as world-famous anti-aging researchers exchanged ideas at the third International Conference on Genetics of Aging and Longevity. They discussed progress and remaining obstacles, in their efforts to deepen our understanding of this complex phenomenon and develop strategies for interventions.
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.
Maria Konovalenko presents us with 3 beautiful images of important life extension sciences. They include topics such as evaluating drug efficacy based on aging and longevity makers, studying our genetic makeup, genomics, genetic mathematical models, growing new bodies, stem cells, hematopoiesis, stimulating nerve tissue, better brain to computer interfaces, computer models of working nervous systems, full map of the human brain, to uploading ones mind to a computer platform.
If you were to receive a check in the mail with $5,000 to inform as many people as possible about the desirability and the prospects for indefinite life extension, to get them interested in the people, projects and organizations working directly or indirectly toward indefinite life extension, then how might you spend it?
Historians place the beginning of culture about 10,000 years ago, when our early ancestors abandoned hunter-gathering in favor of settling into communities, cultivating crops, and domesticating live stock.
Nicholas Agar has written several books about the ethics of human enhancement. In his latest, Truly Human Enhancement, he tries to stake out an interesting middle ground in the enhancement debate. Unlike the bioconservatives, Agar is not opposed to the very notion of enhancing human capacities. On the contrary, he is broadly in favour it. But unlike the radical transhumanists, he does not embrace all forms of enhancement.
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.
After rising from the primordial soup 3.5 billion years ago, Earth life began an evolutionary trip that has produced today’s amazing human. Futurists now ponder what’s next. Stephen Hawking, Michio Kaku, Thomas Frey, Ray Kurzweil, and other forward-thinkers believe technologies will advance exponentially in the centuries ahead, creating sweeping changes in how we view life, our planet, and the cosmos.
Abstract: Robotics and artificial intelligence are beginning to fundamentally change the relative profitability and productivity of investments in capital versus human labor, creating technological unemployment at all levels of the workforce, from the North to the developing world. As robotics and expert systems become cheaper and more capable the percentage of the population that can find employment will also fall, stressing economies already trying to curtail “entitlements” and adopt austerity.
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.
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.
In The Tyranny of Happiness, the last chapter of Better than Well: American Medicine Meets the American Dream, the philosopher and bioethicist Carl Elliott explores how the ideal of a happy life can be systematically imposed to people under specific circumstances. Making myself clearer, in the aforesaid essay, Elliott employs a critical analysis of the pursuit for a happy life in the American society since about the period of the Declaration of Independence until the present days.
When is it ethically acceptable to harm another sentient being? On some fairly modest assumptions, to harm or kill someone simply on the grounds they belong to a different gender, sexual orientation or ethnic group is unjustified. Such distinctions are real but ethically irrelevant. On the other hand, species membership is normally reckoned an ethically relevant criterion. Fundamental to our conceptual scheme is the pre-Darwinian distinction between “humans” and “animals”.
Although some people might find the idea of love with a machine repulsive, experts predict that as the technology advances and robots become more human-like, we will view our silicon cousins in a friendlier light. As the future unfolds, robots will fill more roles as family caregivers, household servants, and voice-enabled avatars that manage our driverless cars, automated homes, and entertainment systems.
The study, conducted by a team of scientists and clinicians from JCVI and WCHN, will focus on two groups of elderly individuals aged 65 to 85 years by correlating genetics with a variety of human genomic, gut microbiome and other “omics” profiles and integrating these data with the individuals’ health record. One group will consist of healthy individuals, and the other will have individuals with a variety of diagnosed health conditions.
Transhumanism is all about the creative and ethical use of technology to better the human condition. Futurists, when discussing topics related to transhumanism, tend to look at nano-tech, bio-mechanical augmentation and related technology that, for the most part, is beyond the comprehension of lay-people.
The human brain is capable of 1016 processes per second, which makes it far more powerful than any computer currently in existence. But that doesn't mean our brains don't have major limitations. The lowly calculator can do math thousands of times better than we can, and our memories are often less than useless — plus, we're subject to cognitive biases, those annoying glitches in our thinking that cause us to make questionable decisions and reach erroneous conclusions.
An ardent objection common to human enhancement and transhumanism is that it is both perilous and foolhardy to try to ‘play God’, or to question the wisdom of Mother Nature. As with most mental shortcuts, there is some truth in the ‘nature knows best’ argument. Cognitive enhancement, perhaps the most challenging and promising of all, is no mean feat. Naïve intervention into the mechanisms of the most complex system in the known universe could disrupt the delicately poised equilibrium struck by evolution over millions of years with unknown consequences.