During the development of physics, we can see that the Equipartition Theorem (EPT) has been redefined many times. In this paper, we start with the description of the historical development of the theorem along with the various definitions given by different scientists. Then we found the expressions for classical, quantum, and discrete energy systems and redefined EPT
Quantum mechanics is often compared with classical mechanics because both may deal with a single par...
I describe the inception and development of nonperturbative OPE-based methods in hadronic physics, s...
The emergent properties are properties referring to a system as a whole, but they do not make sense ...
During the development of physics, we can see that the Equipartition Theorem (EPT) has been redefine...
Equipartition theorem is a fundamental law of classical statistical physics which states that every ...
An extension of Tolman’s generalized equipartition theorem, allowing the calculation of the mean‐squ...
This paper discuss the consequences of the equipartition principle when used to calculate the heat c...
A majority of introductory calculus‐based physics textbooks, including many widely used ones, give m...
It is shown that the recently proposed quantum analogue of classical energy equipartition theorem f...
In classical physics there is a well-known theorem in which it is established that the energy per de...
We describe several mechanisms that prevent equipartition of energy in mechanical systems. In certai...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
Abstract The equipartition of energy in its simplest form, which is related to the translational mot...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
Quantum mechanics is often compared with classical mechanics because both may deal with a single par...
I describe the inception and development of nonperturbative OPE-based methods in hadronic physics, s...
The emergent properties are properties referring to a system as a whole, but they do not make sense ...
During the development of physics, we can see that the Equipartition Theorem (EPT) has been redefine...
Equipartition theorem is a fundamental law of classical statistical physics which states that every ...
An extension of Tolman’s generalized equipartition theorem, allowing the calculation of the mean‐squ...
This paper discuss the consequences of the equipartition principle when used to calculate the heat c...
A majority of introductory calculus‐based physics textbooks, including many widely used ones, give m...
It is shown that the recently proposed quantum analogue of classical energy equipartition theorem f...
In classical physics there is a well-known theorem in which it is established that the energy per de...
We describe several mechanisms that prevent equipartition of energy in mechanical systems. In certai...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
Abstract The equipartition of energy in its simplest form, which is related to the translational mot...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
A general proof of the energy equipartition theorem is given. Our derivation holds for any distribut...
Quantum mechanics is often compared with classical mechanics because both may deal with a single par...
I describe the inception and development of nonperturbative OPE-based methods in hadronic physics, s...
The emergent properties are properties referring to a system as a whole, but they do not make sense ...