Two scenarios in our emerging future are healthy life extension and radical life extension. The former extends are healthy lives and the latter pursues immortality. At the heart of both scenarios lies astounding and rapid advances in science and technology. A recent article provides a great example while exploring the possibility of cancerous tumors eliminating themselves. Per the article, a new technology developed by University of Zurich (UZH) researchers enables the body to produce therapeutic agents on demand at the exact location where they are needed.Continue reading
At the furthest point of the future scenario curve sits radical life extension. I use this emerging future visual to depict the exploding number of building blocks that combine to shape the future, challenging our ability to track its complexity. Convergence across aspects of science, technology, economic forces, politics, society, our environment, and a growing conversation around ethics, is creating a highly uncertain world. At the heart of the pace dynamic is the exponential progression of science and technology – reflected in the first curve on the visual.Continue reading
I posed this question in 2018 in a post on healthy life extension: Has the first person to live to 200 already been born? I ask that question in various forums to provide a good example of how one scenario can challenge current institutions and traditional thinking. In that earlier post, Johnty Andersen, had this perspective on that question:Continue reading
Advances in life sciences have scientist believing that the first person to Live to 200 has already been born. This Healthy Life Extension scenario has major societal implications. In this scenario, we are not just enabling people to live longer, but we will also be healthier. This healthy longevity challenges traditional views of retirement, wealth, savings, our social contract, and the phases of our lives, among other things. Now, you may ask, how is it possible to extend our lives in a healthy manner? In a Post from 2018, I shared a perspective from Johnty Andersen, Biotechnology, Nanotechnology and Anti-Aging Medicine researcher:Continue reading
I have a fundamental belief that we will not solve the challenges ahead using the institutions and mechanisms of the past. These structures served us during a manufacturing era that looked very different than the world that has emerged in the last three decades. In a recent Article authored by Margaretta Colangelo, she provides an example of this phenomenon. In a time when populations are living much longer than previous generations, leaders are beginning to realize that institutions must be organized in a different way. Ms. Colangelo provides an example in the Finance space, stating that traditional banks weren’t designed to serve a large number of clients living a long time. Today, banks have a small number of clients who are over 100 and they are outliers. In the next decade that demographic will increase dramatically.
Google’s head of engineering, innovator and futurist Ray Kurzweil often discusses the concept of longevity escape velocity; or the point at which science can extend your life for more than a year for every year that you are alive. Kurzweil believes we are much closer than you might think. In fact, he believes we are just another 10 to 12 years away from the point that the general public will hit this longevity escape velocity.
Healthy life extension is a future scenario depicted on this emerging future visual. In this era of genomics, precision medicine, and rejuvenation biotechnology, extending our healthy lives is not only possible, but likely. It is believed in some circles that the first person to live to 200 may have already been born. This animated video was developed to support a recent event on the topic of life and health. It closes with a quick glimpse of TCS capability via a next generation sequencing facility and an analytics platform for genomics and metagenomics.
At the Health Summit in D.C. last week, I used this emerging future visual to describe the combination of building blocks that enable our healthy life extension – one of many emerging future scenarios. This two minute video captures that portion of our panel discussion.
One of the key issues that emerged during our panel dialog was the acceleration of aging and death associated with isolation and loneliness. Could robotic companions solve this problem? Do these advances – many that feel like science fiction – combine to solve the challenges that likely emerge as we live longer? Can Sophia be a robotic companion?