- #1
NEILS BOHR
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can somebody simply explain what is meant by NEGATIVE QUANTUM STATES , as given by dirac in his theory?i know its not as SIMPLE as i want it to be , but still I would like to know its significance in the most basic way!
NEILS BOHR said:can somebody simply explain what is meant by NEGATIVE QUANTUM STATES , as given by dirac in his theory?i know its not as SIMPLE as i want it to be , but still I would like to know its significance in the most basic way!
NEILS BOHR said:can somebody simply explain what is meant by NEGATIVE QUANTUM STATES , as given by dirac in his theory?i know its not as SIMPLE as i want it to be , but still I would like to know its significance in the most basic way!
Huh?? Well there are many odd things about this answer, so I'll just comment on the original post.The equations of Cosmology dictate there is a negative energy reseviour in our universe -...
we are talking about a normal right moving wave and a left moving wave...
Consider the negative energy photons which make contribution to the zero-point energy field.
Bill_K said:Huh?? Well there are many odd things about this answer, so I'll just comment on the original post.
It was once thought that the negative frequency components in the Klein-Gordon and Dirac equations represented negative energy solutions. Dirac proposed a "hole theory" in which the negative energy states were completely filled. Although the theory was soon recognized as incorrect, it's surprising how often you still hear it mentioned.
What we now realize is that the specification of a field theory must include the specification of a Hilbert space, and they were trying to use the wrong one. In place of negative energy states the correct Hilbert space contains positive energy antiparticles.
A negative quantum state is a state in which certain properties of a quantum system have negative values. This is in contrast to classical physics, where all properties have positive values.
Dirac's explanation uses mathematical notation to represent quantum states, making it easier to describe and understand the complex nature of negative quantum states. It also provides a framework for calculations and predictions in quantum mechanics.
Yes, negative quantum states have been observed in various experiments and have been proven to exist in the physical world. They play a crucial role in many quantum phenomena and are integral in our understanding of the universe.
Negative quantum states have many implications in the field of quantum mechanics. They allow for the existence of antimatter and provide a way to describe and predict the behavior of particles at the quantum level. They also have applications in quantum computing and cryptography.
Understanding negative quantum states can lead to advancements in technology and innovation. It can also provide a deeper understanding of the fundamental principles of the universe and potentially lead to the development of new theories and laws. Additionally, it has practical applications in fields such as medicine, energy, and communication.