A. Quantum tunneling is the quantum-mechanical effect of transitioning through a classically- forbidden energy state. Tunneling is a fundamental process of nature which is responsible for many things on which life itself is dependent. So please write down 5 things (devices, phenomena and so on) that are related to quantum tunneling and explain why it is. Potential Classical Path Object Local Minimum e metastatle) E>V) EV) Mechnical Path (hunnel Lowest Energy State State (position, charge, etc) B. An object is stuck at the local minimum. This object can go to the real minimum on either the classical path or the quantum mechanical path. Please find out the differences between these two paths.
A. Quantum tunneling is the quantum-mechanical effect of transitioning through a classically- forbidden energy state. Tunneling is a fundamental process of nature which is responsible for many things on which life itself is dependent. So please write down 5 things (devices, phenomena and so on) that are related to quantum tunneling and explain why it is. Potential Classical Path Object Local Minimum e metastatle) E>V) EV) Mechnical Path (hunnel Lowest Energy State State (position, charge, etc) B. An object is stuck at the local minimum. This object can go to the real minimum on either the classical path or the quantum mechanical path. Please find out the differences between these two paths.
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Transcribed Image Text:A. Quantum tunneling is the quantum-mechanical effect of transitioning through a classically-
forbidden energy state. Tunneling is a fundamental process of nature which is responsible for many
things on which life itself is dependent. So please write down 5 things (devices, phenomena and so
on) that are related to quantum tunneling and explain why it is.
Potential
Classical Path
Object
Local Minimum
Le metastable)
E>V)
E<V)
E>V)
Quantum
Mechnical
Path (tunnel)
Lowest
Energy
State
State (position, charge, et)
B. An object is stuck at the local minimum. This object can go to the real minimum on either the
classical path or the quantum mechanical path. Please find out the differences between these
two paths.
2.
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