Ian Sample

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Yuval Noah Harari’s Sapiens, a book of history and speculation, was my favorite read of 2015. He has a follow-up coming later this year, Homo Deus: A Brief History of Tomorrow, which extends the forecasting element of his last, which was probably the most debated section. The hopeful cover line, “What made us sapiens will make us gods,” is offset by dire predictions that AI and automation will lead to a class of people “useless” politically and economically. Harari thinks solutions will have to be found in policy, something that’s true if even part of his prognostications pan out, but in America we’re currently not great at bipartisan problem solving.

From Ian Sample at the Guardian:

AIs do not need more intelligence than humans to transform the job market. They need only enough to do the task well. And that is not far off, Harari says. “Children alive today will face the consequences. Most of what people learn in school or in college will probably be irrelevant by the time they are 40 or 50. If they want to continue to have a job, and to understand the world, and be relevant to what is happening, people will have to reinvent themselves again and again, and faster and faster.”

Even so, jobless humans are not useless humans. In the US alone, 93 million people do not have jobs, but they are still valued. Harari, it turns out, has a specific definition of useless. “I choose this very upsetting term, useless, to highlight the fact that we are talking about useless from the viewpoint of the economic and political system, not from a moral viewpoint,” he says. Modern political and economic structures were built on humans being useful to the state: most notably as workers and soldiers, Harari argues. With those roles taken on by machines, our political and economic systems will simply stop attaching much value to humans, he argues.

None of this puts us in the realm of the gods. In fact, it leads Harari to even more bleak predictions. Though the people may no longer provide for the state, the state may still provide for them. “What might be far more difficult is to provide people with meaning, a reason to get up in the morning,” Harari says. For those who don’t cheer at the prospect of a post-work world, satisfaction will be a commodity to pay for: our moods and happiness controlled by drugs; our excitement and emotional attachments found not in the world outside, but in immersive VR.

All of which leads to the question: what should we do?•

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The head transplant has long been a goal of some on the outer edges of scientific research. (Oriana Fallaci profiled the main such controversial pioneer, Dr. Robert White, for Look in 1967.) Now a divisive surgeon, Dr. Sergio Canavero, believes that within two years he’ll be able to successfully transfer a human head from a shattered or dying body and graft it onto a donor body. Sure, if there was some safe way for Stephen Hawking or anyone similarly afflicted with a degenerative disease to have a new lease on life, that would be great, but it almost definitely won’t happen within Canavero’s timeframe and really shouldn’t happen anytime soon. We’re nowhere near close to being able to deal with such an operation, medically or ethically. From Ian Sample at the Guardian:

The Italian doctor, who recently published a broad outline of how the surgery could be performed, told New Scientist magazine that he wanted to use body transplants to prolong the lives of people affected by terminal diseases.

“If society doesn’t want it, I won’t do it. But if people don’t want it, in the US or Europe, that doesn’t mean it won’t be done somewhere else,” he said. “I’m trying to go about this the right way, but before going to the moon, you want to make sure people will follow you.”

Putting aside the considerable technical issues involved in removing a living person’s head, grafting it to a dead body, reviving the reconstructed person and retraining their brain to use thousands of unfamiliar spinal cord nerves, the ethics are problematic.

The history of transplantation is full of cases where people hated their new appendages and had them removed. The psychological burden of emerging from anaesthetic with an entirely new body is firmly in uncharted territory. Another hitch is that medical ethics boards would almost certainly not approve experiments in primates to test whether the procedure works.

But Canavero wants to provoke a debate around these issues. “The real stumbling block is the ethics,” he told New Scientist. “Should this surgery be done at all? There are obviously going to be many people who disagree with it.”•

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In a Guardian “Science Weekly” podcast, Israeli historian Yuval Noah Harari, author Sapiens, tells host Ian Sample how homo sapiens was just one type of human prior to 12,000 years ago, only a mid-range member of the food chain, which used a collaborative spirit and abstract reasoning to conquer other humans and animals. He also explains why he thinks we’ll again in the future have many different types of humans. Two excerpts from the conversation follow.


Question:

How did we make that leap [to the top of the food chain] and what were the problems it caused?

Yuval Noah Harari:

Well, we made that leap thanks above all to large-scale cooperation. We often look for the advantage of Homo sapiens on the individual level because I want to think that personally I’m special, I’m so much superior to chimpanzees or baboons or elephants or whatever. But the fact is that on the individual level, we are not very remarkable animals. If you put me and a chimpanzee alone on an island, and we had to struggle for survival, I would definitely place my bets on the chimpanzee, not on myself. We are powerful only when we cooperate in large groups, and this is our big advantage. If you put a thousand chimpanzees and a thousand sapiens on an island, the sapiens will easily win, for the simple reason that a thousand chimpanzees can’t cooperate. Large-scale cooperation is the secret of Homo sapiens’ success, and this has made it not only the top dog in the food chain but also an ecological serial killer. We have been changing the ecology of the planet and causing the extinction of many, many species of other animals and plants long before the Industrial Revolution. The first time it happened was 45,000 years ago when the first sapiens reached Australia and colonized Australia, and within a few thousand years, 95% of all the big animals in Australia became extinct. And the same thing happened again and again in America and Madagascar and many other places.


Question:

I was keen to hear how you think the Scientific Revolution has influenced our path.

Yuval Noah Harari:

The Scientific Revolution is one of the three big revolutions of history, and it might turn out in the end to be the biggest revolution of all–not only of history but also of biology. Because at present in the early twenty-first century, science is starting to give people amazing abilities to reshape life itself and to move from the old principle of life, which was natural selection, to the new principle of intelligent design. After four billion years in which life on Earth evolved according to natural selection, we might just now be starting a new phase, which will be based on intelligent design, with the help of technologies like genetic engineering, like nanotechnology, like direct computer-brain interfaces, that can be used for the production or engineering of cyborgs. …

Just as 70,000 years ago, when we had something like six biologically different species on the planet, in the 21st or 22nd century, we might again have biologically different humans, each with very different capabilities and qualities, and maybe even desires.•

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On a recent Guardian “Science Weekly” podcast, host Ian Sample interviewed Oxford philosopher Nick Bostrom, author of the new book, Superintelligence: Paths, Dangers, Strategies, which looks at whether AI, often called “the last invention,” will be the death of us. I always think that we’ll end up extinct without the development of superintelligence, but Bostrom believes we can survive all in nature but not perhaps our own unnatural creations. He points out that AI would never enslave us because if it moves past our abilities it would continue improving until it would be able to execute any task we could do far better than us. Listen here.

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