World-Renowned Physicist: You've Been Lied To About Reality! - Michio Kaku

The human body contains telomeres, a 'clock' that shortens with cell reproduction, leading to aging and death. Telomerase, a chemical that stops this clock, has been discovered. However, cancer cells also utilize telomerase to achieve immortality, posing a critical challenge for extending human lifespans without activating cancers.

We know there's a clock in our body called the tie that tracks how long we're going to live and there's something called talomeorase which stops the clock which means that we can live forever. That's the good news. But the bad news was we found out that cancer also uses tie and talomeorase to live forever.

Quantum computers, which compute on atoms rather than transistors, are exponentially more powerful than traditional digital computers. They are capable of breaking any known digital code, including those securing banks and cryptocurrencies like Bitcoin. The CIA is actively monitoring this threat, with Google setting a 2029 deadline for the cybersecurity world to adapt.

Quantum computers are so powerful that even the CIA is worried that one day, perhaps in the future, they'll be so powerful they'll be able to break into any known digital code. So even the CIA is worried about the fact that these could become so powerful that they allow you to break into any known computer. So these are called quantum computers. Why are they powerful? Because they compute not on transistors. They compete on atoms.

String theory proposes that fundamental particles like protons and electrons are not points but rather different vibrations of a single type of string. This theory aims to unify all four fundamental forces of the universe (gravity, electromagnetism, strong and weak nuclear forces) and suggests the existence of 11 dimensions, with our universe being a 4-dimensional 'bubble' within a larger 'hyperspace.'

String theory says that what is a proton? What is an electron? They're nothing but vibrations of a string. So from a distance, this looks like a point particle... it's really a vibrating string. And each vibration corresponds to a node. So this would be a proton. This would be an electron.

Human senses are limited and only perceive a tiny fraction of the full spectrum of reality. What we experience as 'real' is a filtered version, shaped by evolution for survival. This means vast amounts of information, like ultraviolet radiation, cosmic rays, or other dimensions, exist around us but are imperceptible.

What you consider to be reality is really a partial fiction that your senses are limited by what your senses can retrieve from the outside world. But it's only a teeny weeny little fraction of what actually exists.

While AI can rearrange existing information to create seemingly new things (like images or text), it lacks true originality. Unlike human creativity, which can emerge from 'almost nothing' like a supernova (e.g., Newton's calculus), AI's output is fundamentally imitative, based on programmed data and existing patterns.

Robots right now take what is available to them and rearrange things like writing a book. ...true creativity comes from almost nothing and it's like a supernova. Well, creativity of a robot is imitative.