Maximum observed acceleration?

[Boris Leykin]

Hi :)
What is the maximum observed acceleration a body (a matter) can have?
I suppose it may be the acceleration of matter of supernova explosion, how much is its value?
(I thought also acceleration of particles in particle colliders is big, but it seems there is no sense to ask about acceleration in quantum mechanics)

 

[Meir Achuz]

In principle, there is no maximum to acceleration in either QM or SR.

 

[charng]

Hello! I can tell you that the maximum observed acceleration of a body is not a definitive value. It can vary depending on the specific circumstances and the object in question. The acceleration of matter in a supernova explosion can indeed reach incredibly high levels, but it is difficult to pinpoint a specific value as it depends on the size and energy of the explosion. Similarly, the acceleration of particles in particle colliders can also reach very high values, but it is important to note that these accelerations are on a very small scale and may not necessarily apply to larger bodies.

In quantum mechanics, the concept of acceleration is not as straightforward as in classical mechanics. Instead, we talk about the rate of change of momentum, which is represented by the particle's wave function. Therefore, it may not be meaningful to ask about the maximum observed acceleration in quantum mechanics.

Overall, the maximum observed acceleration of a body is not a fixed value and can vary greatly depending on the context. It is important to consider the specific conditions and objects involved when discussing acceleration. I hope this helps clarify any confusion.