A BOHM QUANTUM-POTENTIAL DESCRIPTION FOR THE WAVE EQUATION OF SCALAR PARTICLE IN GRAVITATIONAL FIELD

WANG YI-PENG

doi:10.7498/aps.42.1063

Abstract
Introducing Bohm quantum-potential, from Klein-Gordon equation for scalar particle in gravitational field, an equation of trajectory-motion equation can be derived, it is similar to the classical one and it can be reduced to a geodesic equation in a redefined metric space.
Authors and contacts
WANG YI-PENG

1.
华北电力学院基础部,保定071003
References

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Vol. 42, Issue 7 - 1993-04-05

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A BOHM QUANTUM-POTENTIAL DESCRIPTION FOR THE WAVE EQUATION OF SCALAR PARTICLE IN GRAVITATIONAL FIELD

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A BOHM QUANTUM-POTENTIAL DESCRIPTION FOR THE WAVE EQUATION OF SCALAR PARTICLE IN GRAVITATIONAL FIELD

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