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God Plays Dice
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What prevents the beam of protons in say the lhc from falling at 9.81 m/s? I've never heard of an electric or magnetic field that prevents it...
God Plays Dice said:What prevents the beam of protons in say the lhc from falling at 9.81 m/s? I've never heard of an electric or magnetic field that prevents it...
God Plays Dice said:? I've never heard of an electric or magnetic field that prevents it...
Gravity is not a significant factor in particle colliders. These machines are designed to study the behavior of subatomic particles, which are governed by the laws of quantum mechanics, rather than the laws of gravity. However, some theories suggest that gravity may be a fundamental force that can be studied at the subatomic level, and experiments are being conducted to explore this possibility.
No, particle colliders do not have the capability to create or manipulate gravity. Gravity is a fundamental force that is not currently understood at the subatomic level. While some theories suggest that it may be possible to study gravity at this level, it is not currently within the capabilities of particle colliders.
The LHC does not directly study gravity. Its main purpose is to accelerate particles to high speeds and then collide them, allowing scientists to study the behavior of subatomic particles and potentially discover new particles. However, the LHC also has the capability to conduct experiments that could provide insight into the nature of gravity, such as the search for microscopic black holes.
There are currently no known risks associated with studying gravity in particle colliders. However, as with any scientific experiment, safety measures are taken to ensure the well-being of researchers and the surrounding environment. Theoretical risks, such as the creation of microscopic black holes, have been extensively studied and deemed highly unlikely to occur.
Gravity does not have a significant effect on the behavior of particles in particle colliders. The particles being studied are so small and move at such high speeds that the effects of gravity are negligible. However, as mentioned before, some theories suggest that gravity may be a fundamental force that can be studied at the subatomic level, and experiments are being conducted to explore this possibility.