- #1
What Is the Postulate for Superconductivity?
- Context: Graduate
- Thread starter b11ngoo
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- Superconductivity
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SUMMARY
The postulate for superconductivity discussed involves the relationship between kinetic and static energy, represented mathematically as (Kinetic) R² / (Static) R² = 1 Dimension. This formula suggests that kinetic energy, defined as the energy of motion, interacts with static energy, which is the energy of rest, to yield a dimensionless result. The discussion highlights the complexity of formulating a complete understanding of superconductivity and its underlying physics, emphasizing the need for clarity in these concepts.
PREREQUISITES- Understanding of kinetic and static energy concepts
- Familiarity with dimensional analysis in physics
- Basic knowledge of superconductivity principles
- Experience with mathematical representations in physics
- Research the principles of superconductivity in quantum mechanics
- Explore the mathematical modeling of energy interactions
- Study the implications of kinetic and static energy in physical systems
- Investigate advanced topics in superconductivity, such as Cooper pairs and the BCS theory
Physicists, students of advanced physics, and researchers interested in the theoretical foundations of superconductivity and energy interactions.
- #2
Profileme2u
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My reply.
The "kinetic: To move" numerator, is preceeded by the "Static: causing to stand" denominator.
The motion made be the kinetic is 1. Digital motion.
The motion made by kinetic / static = motion, motion X static = 1.
The "kinetic: To move" numerator, is preceeded by the "Static: causing to stand" denominator.
The motion made be the kinetic is 1. Digital motion.
The motion made by kinetic / static = motion, motion X static = 1.
- #3
Profileme2u
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I lost my password for my b11ng00 account.
Ok. Looking at my review of energy. It seems I only came to a partial formula. Why ? My memory fails me. :zzz:
Now my partial formula is.
( 1 . = Kinetic energy = Reaction ) T 5 / ( U = Static energy = Action ) T 5 =
Now the action/reaction may be the other way around. Again my memory fails me.
I would describe superconductivity and physics, but my memory fails me.
I hope I helped. I'm tired of my work now. I'll rest.
Ok. Looking at my review of energy. It seems I only came to a partial formula. Why ? My memory fails me. :zzz:
Now my partial formula is.
( 1 . = Kinetic energy = Reaction ) T 5 / ( U = Static energy = Action ) T 5 =
Now the action/reaction may be the other way around. Again my memory fails me.
I would describe superconductivity and physics, but my memory fails me.
I hope I helped. I'm tired of my work now. I'll rest.
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