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When I was working with level 3 of the Muon Simulator I found some interesting characteristics of Muon molecules that were different from electron molecules. I found that when I had a hydrogen molecule with two muons and two protons it would not interact with protons at all even though a hydrogen mo...

As for the *range*, having charge shouldn't affect that directly. The reason W+- bosons have a short range is not because they are charged, but because they have mass. (The easy example for this is the W's sibling, the Z0... which is neutral but still short-ranged because of a large mass). So what ...

I was wondering if hypothetically the photon had electrical charge would electromagnetism still have unlimited range? Would electromagnetism behave differently if photons had electrical charge?

I was trying to calculate how fast an object would need to move in order to orbit an object with the mass of the observable universe at a distance of 48 billion light years away and I was getting a result of 8.4E46m/s which is much faster than the speed of light, which makes it seem to big to be the...

I was more thinking of a simulation that would allow us to simulate atoms with the force from electric charge having a different drop off rate with distance. So for instance how would atoms arrange themselves if we had the inverse cube law for the force from electric charge instead of the inverse sq...

I was just thinking that, just as this site has a game in which we can simulate planetary orbits using different equations for gravity, it would be cool if this site had a game in which we could simulate atoms and molecules using different equations for electricity and magnetism. I mean I wonder how...

I was just thinking about how when a force is applied to an object it causes an acceleration to the object and the acceleration is directly proportional to the force. I was wondering how would an object accelerate if an imaginary amount of force was applied to it?

sin(4*(log(r)/log(1.6)))/(r^3) produces star shaped orbits.
I found that it's possible for a moon to orbit a planet using this law.

I tried using (2^-r)*(r^-3) using the full version and it did not produce stable orbits.

I don't think I have the full version of the sim. How do I get the full version?