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They exist, I'm not sure if you made one lifesize though it would look like the drawings we've seen in science books.
Ie not like a planet with a moon going round it.
Ie not like a planet with a moon going round it.
They exist, I'm not sure if you made one lifesize though it would look like the drawings we've seen in science books.
Ie not like a planet with a moon going round it.
It's not that straightforward - even if one particle is fired through a pair of double slits you still get a diffraction pattern. How does that happen if it's, as you imply, particles exhibiting wavelike behaviour, with the wave equation simply giving position.
The act of observing the position actually changes the system. So the wavefunction only really tells us what the system will be like once a measurement is made - we don't know for certain what the system is like before we fire something in there and screw things up.
The wavefunction is a wave of probability, so the photon of light is spread over an undefined area. You can think of the wavefunction travelling through the slits, diffracting and then the resulting wavefunction will produce an intereference pattern, however this won't be visible for just one photon, it can't be detected at two places. If you were to fire single photons one after the other, then the pattern would form.
Just to make a point, years ago, a completely different "model" existed. It was then proved redundant.
Same thing could potentially happen tomorrow.
My Physics teacher defined science in a very good way. I just can't remember it.
Something along the lines of "Science is the belief of ... ... ... due to the presence of repeatable experimentation results".
Just to make a point, years ago, a completely different "model" existed. It was then proved redundant.
The most mind blowing fact I've ever heard is that if you take out all the empty space out of every atom of every person who has ever lived on the Earth, you could squash them all into a sugar cube.
Almost, a bit more than current population would fit in a sugar cube, based on the same calculations they use in the wiki reference for that piece of info, you'd need 14 sugar cubes for all the people that have ever lived
Did they take into account Pauli Exclusion principle?
Depends what is meant by empty space. Highest density we know of is singularity.
I'd probably not recommend that approach as the most beneficial way to go about the issue as you might be being unduly offensive but you're right that it's worth bearing in mind when people start to expound theories outwith their area(s) of expertise that they could well be complete bunkum.
You just forfeit your right to a brain.
**** you.
I never said what I was saying was correct. I'm not a scientist. How dare you judge me on one thing I say. Do one and get off your high horse.
I always thought it was a theory.
Just like pythagoras, it's a theory but it's widely accepted to be true because it can't be proven wrong or right (at this time).
**** you.
I never said what I was saying was correct. I'm not a scientist. How dare you judge me on one thing I say. Do one and get off your high horse.
Did they take into account Pauli Exclusion principle?
Depends what is meant by empty space. Highest density we know of is singularity.
I hope you didn't pay for that degree.Bear with me...
My old philosophy teacher said that he didn't believe atoms actually existed; he said that it was just a convenient way to describe the behaviour of matter, and that they didn't exist as they were described to as such, and furthermore atoms have never been directly observed.
Obviously, I'm assuming this is BS, but what is the main evidence that atoms, electrons and so forth exist?