Quantum solid. In a quantum solid the dominant repulsive energy is the zero- point energy of the atoms. Consider a crude one-dimensional model of erystalline He' with each He atom confined to a line segment of length L. In the ground state the wave function within each segment is taken as a half wavelength of a free parti- cle. Find the zero-point kinetic energy per particle.
Quantum solid. In a quantum solid the dominant repulsive energy is the zero- point energy of the atoms. Consider a crude one-dimensional model of erystalline He' with each He atom confined to a line segment of length L. In the ground state the wave function within each segment is taken as a half wavelength of a free parti- cle. Find the zero-point kinetic energy per particle.
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Transcribed Image Text:Quantum solid. In a quantum solid the dominant repulsive energy is the zero-
point energy of the atoms. Consider a crude one-dimensional model of erystalline
He' with each He atom confined to a line segment of length L. In the ground state
the wave function within each segment is taken as a half wavelength of a free parti-
cle. Find the zero-point kinetic energy per particle.
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