Futurist who predicted the iPhone reveals date humans will cheat death

Daily Mail​

16 hours ago

A leading futurist who accurately predicted the rise of the iPhone has now set the date for humanity's most phenomenal breakthrough yet, the ability to cheat death.
Ray Kurzweil, a former Google engineering director, has long been known for his bold predictions about the future of technology and humanity.
His forecasts often focus on the convergence of biotech, AI, and nanotechnology to radically extend human capabilities.
Now, Kurzweil claims humanity is just four years away from its most transformative leap yet, achieving 'longevity escape velocity' by 2029.
While some experts remain skeptical, Kurzweil's influence in Silicon Valley ensures his predictions continue to shape the broader conversation around life extension and the future of human health.
Longevity escape velocity (LEV) is a hypothetical scenario where the rate of medical advancement outpaces the aging process, leading to an ever-increasing life expectancy.
Kurzweil believes that threshold is within reach because of recent exponential growth in the fields of line gene editing, mRNA vaccines, drug discovery led by artificial intelligence, and synthetic biology.
He pointed to the development of COVID-19 vaccines as proof of humanity's rapid progress.
'We got the COVID vaccine out in 10 months,' he said in an interview with Bessemer Venture Partners.
'It took two days to create it. Because we sequenced through several billion different sequences in two days,' Kurzweil added.
The controversial idea has long stirred debate in tech and scientific circles, with many gerontologists and longevity experts warning that the science is not yet close to achieving such a feat.
In recent study, researchers noted that while some treatments have extended lifespan in animals, translating those results to humans remains a major challenge.
Others, like Charles Brenner, a biochemist at City of Hope National Medical Center known as a 'longevity skeptic,' have cautioned against the hype surrounding claims of defeating aging and life-extension theories.
We can't stop aging, he told the crowd. We can not use longevity genes to stay young because getting older is a fundamental property of life.
But Kurzweil insists the world is on the verge of achieving it, pointing to exponential advances in AI, nanotechnology, and regenerative medicine as indicators that 'longevity escape velocity' could be reached within the decade.
The concept hinges on cutting edge medicine becoming universally accessible, something many experts warn is far from guaranteed.
While it does not promise immortality, it does suggest that death from old age could be delayed indefinitely, as technology advances over time.
'There's many other advances happening,' Kurzweil said. 'We're starting to see simulated biology being used and that's one of the reasons that we're going to make so much progress in the next five years.'
Kurzweil has built a career on predicting the future, with many of his past forecasts coming true during the exact year he stated it would happen.
He correctly foresaw the rise of portable computing in the 1990s, predicted the internet boom in the mid-1990s, and a computer would defeat a chess grandmaster by 1997.
A milestone reached when IBM's Deep Blue defeated Garry Kasparov that year.
Still, critics argue that forecasting a future without death, is far more complex than spotting tech trends.
Venki Ramakrishnan, a Nobel Prize winning biologist, explained in his book ' ' that aging happens because of many connected biological factors, not just one cause.
This makes it a very complex problem. Unlike technology, which usually improves in clear and predictable steps, the process of aging is much harder to understand and predict.
Even if longevity escape velocity is technically possible by 2029, experts warn that widespread access could be limited by socioeconomic and ethical challenges.
The technology needed to extend life in this way, such as genetic reprogramming, precision medicine, or nanobots, is expensive and still largely experimental.
Medical advancements have significantly improved life expectancies, but achieving longevity escape velocity is not the same as achieving immortality.
Kurzweil acknowledged that broad adoption is a massive hurdle.
'This doesn't mean you're going to live forever. A 10-year-old might have decades of potential, but they could still die tomorrow,' he said.
There are limits. Randomness still plays a role. Cancer, for example, isn't a single disease but hundreds of mutations with no universal cure.
While self-driving cars may reduce accidents, they won't eliminate them.
Equally concerning is the disparity in global health care. Diseases like tuberculosis, which has a known cure, still kill more than a million people annually because treatments are unevenly distributed.
The last few years have seen major breakthroughs in life-extension science. mRNA technology is now being adapted for cancer vaccines. CRISPR gene editing is being used in clinical trials to treat hereditary blindness and sickle cell disease.
Meanwhile, researchers are growing entire organs in labs and experimenting with reversing aging in mice using cellular reprogramming techniques.
AI is also accelerating biology. DeepMind's AlphaFold project solved one of biology's biggest puzzles, predicting how proteins fold in a feat that could revolutionize drug discovery.
These advances are what Kurzweil cites as evidence that the human clock may soon start ticking backwards.
Still, the idea of LEV captures something deeper, a human desire to defy mortality, to stay a step ahead of the inevitable.
Kurzweil is not promising a magic pill or overnight change. He is predicting a tipping point in the near future, when medical progress starts to outpace aging in small, accumulating ways.
If his timeline holds true, the early 2030s could mark the beginning of a very different relationship with aging, one in which dying of old age is no longer an assumed endpoint.