What will I learn about: how rapid advancements in artificial intelligence, quantum computing, and genetic engineering are fueling a 'Longevity Revolution' that could extend human life to 200 years?

Understand how rapid advancements in artificial intelligence, quantum computing, and genetic engineering are fueling a 'Longevity Revolution' that could extend human life to 200 years.

What will I learn about: how everyday wearables and innovative diagnostic devices are creating an 'Internet of Bodies' that shifts healthcare from reacting to sickness to proactively preventing it?

Discover how everyday wearables and innovative diagnostic devices are creating an 'Internet of Bodies' that shifts healthcare from reacting to sickness to proactively preventing it.

What will I learn about: Learn how artificial intelligence uses Natural Language Processing to scan millions of medical studies and cross-reference them with your personal data to generate highly accurate diagnoses?

Learn how artificial intelligence uses Natural Language Processing to scan millions of medical studies and cross-reference them with your personal data to generate highly accurate diagnoses.

What will I learn about: how precision medicine abandons the one-size-fits-all approach by using AI to pinpoint the exact, tailor-made treatments and drugs uniquely suited to your specific genetic makeup?

Find out how precision medicine abandons the one-size-fits-all approach by using AI to pinpoint the exact, tailor-made treatments and drugs uniquely suited to your specific genetic makeup.

What will I learn about: Realize that the future of aging isn't just about living longer chronologically, but actively reversing your biological age through continuous health monitoring and preventative care?

Realize that the future of aging isn't just about living longer chronologically, but actively reversing your biological age through continuous health monitoring and preventative care.

The Science and Technology of Growing Young

An Insider's Guide to the Breakthroughs That Will Dramatically Extend Our Lifespan . . . and What You Can Do Right Now

Sergey Young

★ 4.4 / 5(396 ratings)

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Categories:

Science Technology & the Future

If You're Curious About These Questions...

You should listen to this audiobook

💡What if you could treat your body like a piece of hardware and simply replace aging parts to live a significantly longer, healthier life?
💡Did you know that recent breakthroughs in AI and quantum computing are making it possible to stop diseases before they even start?
💡Are you curious about how the 'Longevity Revolution' will soon allow humans to blow past the age of 100 while maintaining the vitality of youth?

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Key Takeaways from The Science and Technology of Growing Young

✓Understand how rapid advancements in artificial intelligence, quantum computing, and genetic engineering are fueling a 'Longevity Revolution' that could extend human life to 200 years.
✓Discover how everyday wearables and innovative diagnostic devices are creating an 'Internet of Bodies' that shifts healthcare from reacting to sickness to proactively preventing it.
✓Learn how artificial intelligence uses Natural Language Processing to scan millions of medical studies and cross-reference them with your personal data to generate highly accurate diagnoses.
✓Find out how precision medicine abandons the one-size-fits-all approach by using AI to pinpoint the exact, tailor-made treatments and drugs uniquely suited to your specific genetic makeup.
✓Realize that the future of aging isn't just about living longer chronologically, but actively reversing your biological age through continuous health monitoring and preventative care.

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The Science and Technology of Growing Young

The Longevity Revolution+

Proactive Diagnostics+

Precision Medicine+

Genetic Engineering+

Bionic Upgrades+

Digital Immortality+

Ethics & Environment+

Actionable Steps for Today+

Quiz — Test Your Understanding

Question 1 of 8

What does the author identify as the primary driver of the upcoming 'Longevity Revolution'?

A. A global return to natural, premodern agricultural diets and lifestyles.
B. Rapid advancements in technologies like AI, quantum computing, and the Human Genome Project.
C. The discovery of a single, universal 'fountain of youth' gene in human DNA.
D. A natural evolutionary decrease in the human susceptibility to chronic diseases.

Question 2 of 8

How is the field of medical diagnostics expected to change in the near future?

A. It will become heavily reliant on invasive surgical procedures to detect illnesses early.
B. It will shift from being proactive to being highly reactive, treating diseases only after symptoms appear.
C. It will utilize cheap, portable devices and machine-learning algorithms to proactively predict and prevent illnesses.
D. Doctors will manually review all patient data without the use of algorithms to ensure absolute accuracy.

Question 3 of 8

What is the main advantage of using Artificial Intelligence in 'precision medicine'?

A. It allows doctors to prescribe a single, universal treatment that works for all cancer patients.
B. It can scan millions of medical documents and match them with a patient's unique genetic makeup to find tailored treatments.
C. It completely replaces the need for human doctors in hospitals and clinical settings.
D. It guarantees that experimental drugs will be affordable and have zero side effects.

Question 4 of 8

How does the Cas9 protein function in the context of genetic engineering?

A. It acts as a physical barrier that prevents bacteria from entering the bloodstream.
B. It stimulates the body to produce extra red blood cells to combat fatigue.
C. It can be programmed to target specific intruders, such as viruses, and 'snip' them out of infected cells.
D. It is a synthetic hormone that accelerates the cell division process to kill cancer cells.

Question 5 of 8

What is one of the major solutions proposed in the text for the current organ transplant crisis?

A. Lowering the medical standards for organ donor blood type compatibility.
B. Growing new organs inside the patient's body or creating them in laboratories.
C. Using animal organs exclusively for all future human transplants.
D. Mandating that all healthy citizens donate a kidney upon reaching adulthood.

Question 6 of 8

What does 'whole brain emulation' refer to in the context of futuristic longevity technologies?

A. Using AI to digitize a person's brain impulses and consciousness so they can live on in a digital or physical avatar.
B. A surgical procedure that replaces a damaged human brain with a 3D-printed replica containing stem cells.
C. Training human brains to process and store information as quickly as quantum computers.
D. Creating virtual reality games that stimulate rapid brain growth and repair in children.

Question 7 of 8

How does the author address the concern that extreme human longevity will lead to overpopulation and environmental catastrophe?

A. By arguing that a longer lifespan will naturally cause humans to lose the biological desire to reproduce.
B. By suggesting that humans will successfully colonize other planets before Earth becomes overcrowded.
C. By pointing out that future innovations, like lab-grown meat and automated farming, will likely solve resource challenges.
D. By agreeing that longevity treatments should only be available to a select few in order to control population growth.

Question 8 of 8

According to the text, what immediate action should individuals take to ensure they survive long enough to benefit from the Longevity Revolution?

A. Undergo experimental CRISPR gene editing as soon as possible.
B. Adopt a Mediterranean diet, exercise regularly, and get preventative medical screenings.
C. Have their healthy stem cells frozen in a commercial cryogenics facility.
D. Stop using modern technology to reduce exposure to harmful radio waves.

The Science and Technology of Growing Young — Full Chapter Overview

1Recommendation
2We’re on the brink of a Longevity Revolution.
3Advances in diagnosing illness will save lives.
4With AI, precision medicine finds solutions tailored to each individual.
5Genetic engineering can wipe out diseases.
6We’ll all become bionic, upgrading our bodies with artificial parts.
7Futuristic technologies might let us live forever.
8Immortality doesn’t have to cause an environmental catastrophe or an ethical problem.
9Do everything you can to stay alive.
10Final summary

The Science and Technology of Growing Young Summary & Overview

The Science and Technology of Growing Young (2021) reveals that the Longevity Revolution is just around the corner. Thanks to developments in AI, quantum computing, and genome sequencing, we’re able to engage in genetic engineering, manufacture new body parts, and treat diseases before they’ve even begun to affect us. These developments will soon allow us to live longer and healthier lives than we ever thought possible.

Who Should Listen to The Science and Technology of Growing Young?

Tech geeks curious about how AI has impacted health care
Middle-aged people wanting to reverse the effects of aging
People who want to find out how to optimize their health to live longer, fuller lives

About the Author: Sergey Young

Sergey Young is the founder of the Longevity Vision Fund that provides funding for startups creating technological innovations to increase longevity. He is on the board of the American Federation for Aging Research, and runs the nonprofit Longevity@Work, whose aim is to improve health in the workplace.

The Science and Technology of Growing Young

If You're Curious About These Questions...

Listen to The Science and Technology of Growing Young — Free Audiobook

Key Takeaways from The Science and Technology of Growing Young

Learning Tools

Mind Map

Quiz — Test Your Understanding

The Science and Technology of Growing Young — Full Chapter Overview

The Science and Technology of Growing Young Summary & Overview

Who Should Listen to The Science and Technology of Growing Young?

About the Author: Sergey Young

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