Pavlos Maros
Well-Known Member
- Pronouns
- He/Him/His
I was watching something and these two guys were talking about quantum physics. It was called "Quantum Physics & Folk Beliefs Scientists Embracing Eastern Wisdom! " After. I just said what a load of (guess the expletive)
Quantum physics is often presented as a window into the bizarre yet fundamental nature of reality, where particles exist in multiple states simultaneously, observation creates reality, and distant objects mysteriously influence each other. But strip away the metaphysical drama, and something simpler emerges.
Wave-particle duality dissolves into the unremarkable fact that observation is always relational, what we detect depends on how we set up our detection apparatus. This is true whether we're looking at the sun or measuring electrons.
Quantization reduces to the obvious truth that everything is made of discrete components with discrete properties. A fingernail with different atoms would have different characteristics. Quantum energy levels are just discreteness at a smaller scale.
The uncertainty principle becomes the inevitable consequence that measurement requires interaction, which necessarily disturbs what we're measuring. This applies everywhere, not uniquely to quantum systems.
Superposition reveals itself as nothing more than our mathematical description of not knowing which state a particle is in until we measure it. We never actually observe superposition,only definite outcomes.
Entanglement strips down to correlation, not causation. Correlated systems don't require mysterious instantaneous influences,they can be set up to behave in coordinated ways from the beginning.
What remains is remarkably mundane: quantum mechanics is a mathematical framework that successfully predicts experimental results and enables powerful technologies. The equations work brilliantly. The computers, lasers, and medical devices function perfectly.
But the breathless claims about reality's fundamental weirdness? These appear to be unnecessary philosophical baggage layered onto functional mathematics. Quantum mechanics doesn't reveal cosmic mysteries,it's simply another effective tool in the physics toolkit, no more mystical than thermodynamics or electromagnetism.
The universe doesn't need to be weird. It just needs to be mathematically describable.
That's my take, I not prepared to step into woo woo land.
Quantum physics is often presented as a window into the bizarre yet fundamental nature of reality, where particles exist in multiple states simultaneously, observation creates reality, and distant objects mysteriously influence each other. But strip away the metaphysical drama, and something simpler emerges.
Wave-particle duality dissolves into the unremarkable fact that observation is always relational, what we detect depends on how we set up our detection apparatus. This is true whether we're looking at the sun or measuring electrons.
Quantization reduces to the obvious truth that everything is made of discrete components with discrete properties. A fingernail with different atoms would have different characteristics. Quantum energy levels are just discreteness at a smaller scale.
The uncertainty principle becomes the inevitable consequence that measurement requires interaction, which necessarily disturbs what we're measuring. This applies everywhere, not uniquely to quantum systems.
Superposition reveals itself as nothing more than our mathematical description of not knowing which state a particle is in until we measure it. We never actually observe superposition,only definite outcomes.
Entanglement strips down to correlation, not causation. Correlated systems don't require mysterious instantaneous influences,they can be set up to behave in coordinated ways from the beginning.
What remains is remarkably mundane: quantum mechanics is a mathematical framework that successfully predicts experimental results and enables powerful technologies. The equations work brilliantly. The computers, lasers, and medical devices function perfectly.
But the breathless claims about reality's fundamental weirdness? These appear to be unnecessary philosophical baggage layered onto functional mathematics. Quantum mechanics doesn't reveal cosmic mysteries,it's simply another effective tool in the physics toolkit, no more mystical than thermodynamics or electromagnetism.
The universe doesn't need to be weird. It just needs to be mathematically describable.
That's my take, I not prepared to step into woo woo land.
these are good to press in an image ...