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originally posted by: raymundoko
Whats that have to do with the OP?
That has NOTHING to do with our body being a hologram. You know the same thing happens if you play video games all day right?
a reply to: TheBandit795
originally posted by: TheBandit795
a reply to: raymundoko
Yep, the article is actually pretty bad, I agree. But it's still interesting as it gives some clues that I can use to find more of the experiments that are being done.
The atom is solid because of force fields that define its boundaries.
Are protons, neutrons and electrons totally solid?
No, these particles aren't totally solid. They make up matter (and therefore have mass), and we know that matter can be in solid, liquid or gaseous state. So the actual particles aren't solid, but they may be in a solid phase.
originally posted by: TheBandit795
a reply to: SpaceGoatFarts
That's because 95% of all thinking, feeling, choices etc is done by the subconscious mind. Not the conscious mind. People asleep or in a coma still have an active subconscious mind.
originally posted by: TheBandit795
a reply to: SpaceGoatFarts
That's because 95% of all thinking, feeling, choices etc is done by the subconscious mind. Not the conscious mind. People asleep or in a coma still have an active subconscious mind.
originally posted by: SpaceGoatFarts
a reply to: Kashai
The fact that particles don't seem to be "solid" and clearly defined when we look at their level means nothing about the fact that at macro level, their sheer number and energy makes them solid, tangible and quite stable.
Some people have a hard time to understand that at human level, the law of numbers is at play and no matter how a single electron behaves, what matters the is the global probability function which will becom more than a probability simply because there are billions of billions of particles.
Using quantum experiments to prove macro effects like the body is simply a falacy. Thats why these experiments say nothing about the claim in the article. It's the author who made that mistake.
What is Probability Density Function
1.The statistical function that shows how the density of possible observations in a population is distributed.
Does probability come from quantum physics?
February 5, 2013
Ever since Austrian scientist Erwin Schrodinger put his unfortunate cat in a box, his fellow physicists have been using something called quantum theory to explain and understand the nature of waves and particles.
But a new paper by physics professor Andreas Albrecht and graduate student Dan Phillips at the University of California, Davis, makes the case that these quantum fluctuations actually are responsible for the probability of all actions, with far-reaching implications for theories of the universe.
Quantum theory is a branch of theoretical physics that strives to understand and predict the properties and behavior of atoms and particles. Without it, we would not be able to build transistors and computers, for example. One aspect of the theory is that the precise properties of a particle are not determined until you observe them and "collapse the wave function" in physics parlance.
originally posted by: Kashai
If one cannot use quantum events to explain or as you say "prove", macro events then what about about the Big Bang?