Incentivizing the Future with Peter Diamandis

Is “no-kill” meat the way of the future? There are two types of artificial, or “no-kill,” meat: meat made from plant proteins and meat made by growing actual animal meat cells in a laboratory. Studies indicate that artificial meat could be good for the environment, but both types are expensive and tend to appeal only to niche markets.

Beyond Meat recently reported a 30% second-quarter sales plunge, leading to doubts about artificial meat's future. Factors like high prices, inferior taste and texture, and scaling challenges have stunted the product’s growth.

The Omnivore’s Dilemma by Michael Pollan explores how we answer the question, “What should we eat.” It traces four types of food chains from a food’s origin to the dinner table. He focuses on how food production in the U.S. has evolved from small farms to a mass production system of huge corn and animal farms operated on factory-based principles. This system has produced cheap, tasty but less healthy foods, while making it difficult for us to make better choices by obscuring our food’s origins and ingredients.

We have a viable alternative in true organic food, but to make better choices and influence change we must do the work of educating ourselves and giving up our addiction to convenience and unhealthy foods.

For all of recorded history, people have seen aging as an inevitable fact of life. Biologist and geneticist David Sinclair disagrees: He believes that old age is a deadly disease, and he’s dedicated his life to curing it.

Sinclair is a professor of genetics and co-director of the Paul F. Glenn Center for Biology of Aging Research at Harvard University. He argues that it’s not only possible—but inevitable—that we’ll learn to overcome the aging process. New medicines and technologies will increase our maximum lifespan and years of health until eventually humans won’t have a maximum lifespan—we’ll stay young and healthy forever.

In Lifespan, Sinclair discusses why aging happens, how we can prevent it, and how we might create a world where nobody has to die of old age. This guide explains Sinclair’s ideas and provides background information to make complex biological concepts more accessible to the average reader.

Imagine a world where our lifespans aren’t limited by illness or aging, where people could live for as long as they wanted to. This sounds like something out of a science fiction novel, but according to Tony Robbins, Peter Diamandis, and Robert Hariri, such a scenario may be more fact than fiction. In Life Force, the authors explain how ongoing development of new technologies and information in the medical field may extend our lifespans beyond what we ever thought possible. Robbins is a bestselling author and speaker, Diamandis is a bestselling author and scientist, and Hariri is a neurosurgeon and scientist.

In our guide, we’ll explore the lifestyle changes you can make now to increase your lifespan and overall health. We’ll also look at new technologies that are rapidly improving our healthcare and upcoming technologies that have the potential to bring us even closer to the ideal of immortality. We’ll supplement this with elaboration on some of the authors’ more complex ideas, and we’ll contextualize the guide’s information in the fields of science, technology, and sociology.

A growing number of billionaire entrepreneurs are investing in research and innovations to try to increase the human lifespan, some even aiming for immortality. While this investment could lead to breakthroughs that benefit everyone, there are risks, including unforeseen health consequences and public resentment if treatments are made available only to the wealthy.

Imagine commuting to work in a flying ride-share car, having your clothes 3D printed, or grilling a lab-grown steak. These might sound like scenes from a science fiction movie, but what if these technologies we think are decades away are actually right around the corner? In The Future Is Faster Than You Think, Peter H. Diamandis and Steven Kotler argue that the future is accelerating toward us because exponential technologies—those developing at increasingly faster rates—are starting to merge, leading to innovations and breakthroughs at unprecedented speeds. The authors predict that by 2030, a blend of these exponential technologies could transform major industries and reshape our lives.

In this guide, we’ll discuss why change and technological progress are occurring at breakneck speed. We’ll then explore the authors’ predictions on how cutting-edge technologies will revolutionize the ways we live and work—from how we learn to how we grow food. Since the book was published in 2020, we’ll provide updates to the authors’ predictions and share additional insights from other experts on how technology trends are shaping our future.

The rapid pace of technological change has impacted our lives and our world in many ways, and our headlong rush into the future may have staggering implications for our species. In The Singularity Is Near, computer scientist Ray Kurzweil predicts that a profound technological shift will change everything about how we live, how society functions, and even what it means to be human. From using genetics to reprogram the body to having the power to digitally augment our brains, the technological Singularity will lead to a future in which even death may one day be forgotten.

In this guide, we’ll explore the ongoing revolutions that together may overturn our current order—bioscience, nanotechnology, and artificial intelligence. We’ll examine Kurzweil’s predictions for these technologies, as well as some of their potential dangers. As the book was published in 2005, we’ll also look at how well Kurzweil’s predictions hold up and the different paths that some technologies have taken.