filmov
tv
Theory of Everything: The Greatest Mystery of Physics

Показать описание
Explore the Theory of Everything: The Greatest Mystery of Physics, as we delve into the quest to unify all cosmic laws.
Einstein's General Relativity breaks down at very small scales such as at the center of black holes or during the initial moments of the Big Bang. Quantum Mechanics, which excels in these minuscule domains, offers more detailed insights. However, a significant challenge arises because quantum theory does not align with the principles of General Relativity.
Scientists have developed theories like loop quantum gravity and string theory to unify General Relativity and Quantum Mechanics. However, both theories face significant conceptual and mathematical challenges. Loop quantum theory posits that space-time is composed of discrete loops, which contradicts Einstein's General Relativity where space-time is perceived as a smooth, continuous fabric.
The same issue arises with string theory which, despite its mathematical beauty, struggles to predict phenomena that can be tested experimentally. Once humanity discovers the essential link between these two giant theories, it could potentially unify not only all the fundamental forces of nature but also reveal deeper cosmic truths. This is called the theory of everything.
holographic principle symmetry michio kaku dimension dimensions of the universe gravity quantum gravity schrödingers cat quantum field theory dirac theory theory of everything theory of relativity general theory of relativity einstein special relativity theory of relativity explained physics spacetime universe isaac newton galileo electromagnetism magnetic field electric fields energy string theory superstring theory quantum mechanics holographic universe quantum field theory quantum theory quantum physics quantum mechanics quantum gravity quantum loop gravity what is quantum loop gravity god equation god equation michio kaku string theory what is string theory cosmos space holographic universe holographic principle
#space #science #cosmos #astrophysics #universe
Einstein's General Relativity breaks down at very small scales such as at the center of black holes or during the initial moments of the Big Bang. Quantum Mechanics, which excels in these minuscule domains, offers more detailed insights. However, a significant challenge arises because quantum theory does not align with the principles of General Relativity.
Scientists have developed theories like loop quantum gravity and string theory to unify General Relativity and Quantum Mechanics. However, both theories face significant conceptual and mathematical challenges. Loop quantum theory posits that space-time is composed of discrete loops, which contradicts Einstein's General Relativity where space-time is perceived as a smooth, continuous fabric.
The same issue arises with string theory which, despite its mathematical beauty, struggles to predict phenomena that can be tested experimentally. Once humanity discovers the essential link between these two giant theories, it could potentially unify not only all the fundamental forces of nature but also reveal deeper cosmic truths. This is called the theory of everything.
holographic principle symmetry michio kaku dimension dimensions of the universe gravity quantum gravity schrödingers cat quantum field theory dirac theory theory of everything theory of relativity general theory of relativity einstein special relativity theory of relativity explained physics spacetime universe isaac newton galileo electromagnetism magnetic field electric fields energy string theory superstring theory quantum mechanics holographic universe quantum field theory quantum theory quantum physics quantum mechanics quantum gravity quantum loop gravity what is quantum loop gravity god equation god equation michio kaku string theory what is string theory cosmos space holographic universe holographic principle
#space #science #cosmos #astrophysics #universe
Комментарии