From: mk_thisisit
The Brain and Consciousness
The exact structure of the brain remains one of science’s greatest mysteries [00:17:40]. Some theories suggest that ordinary mechanics, akin to transistors and circuits, can explain brain function [00:17:45]. However, quantum mechanics may also play a role in brain function [00:17:53].
Free Will and Quantum Mechanics
Quantum mechanics is believed to play a role in free will [00:18:01]. Free will is defined as the ability to be independent and creative, without external commands or a pre-determined scenario [00:18:05]. Humans are thought to possess free will, unlike robots or artificial intelligence which are mechanical and deterministic [00:18:17]. If the brain were purely digital, without quantum mechanics, free will would not exist, making individuals akin to robots [00:18:55]. Quantum mechanics introduces uncertainty, which is seen as essential for creativity, thinking, and ultimately, consciousness [00:19:03]. Consciousness itself might be a by-product of quantum mechanics [00:19:10].
Simulation Theory (The Matrix)
The simulation theory, popularized by films like The Matrix, proposes that reality is a simulation [00:09:12]. However, this theory is considered untestable [00:09:52]. In the opinion of some, it may violate the principles of quantum mechanics, particularly the uncertainty principle [00:10:11]. The Matrix is described as a Newtonian-type theory, devoid of quantum mechanics [00:10:24]. Since the universe is based on quantum mechanics rather than Newtonian principles, it is suggested that we do not live in such a simulated matrix [00:10:29].
The Role of Quantum Mechanics in Stability and Life
Classical Newtonian physics is inherently unstable; it cannot guarantee stability [00:15:21]. For example, if two solar systems collided in a Newtonian universe, planets would scatter [00:15:00]. It is impossible to create a universe or stable matter from Newton’s theory alone [00:15:29].
In contrast, quantum mechanics provides stability, allowing for the formation of stable atoms [00:16:09]. These stable atoms are the fundamental building blocks of organisms and enable phenomena such as photosynthesis [00:16:14]. Without quantum mechanics, atoms would disintegrate into a mist of subatomic particles, and life would be impossible [00:17:10]. Humans are considered by-products of quantum mechanics, which holds atoms together [00:16:37].