Operators: Time-evolution Consider the Hamiltonian of a free-particle of charge q and mass m in an external electric field E in one-dimension: 1 Ĥ = -p² – qxE 2m' Using the general operator equation of motion, solve for the time-dependence of the position and momentum operators in terms of their initial values at time t = 0.
Operators: Time-evolution Consider the Hamiltonian of a free-particle of charge q and mass m in an external electric field E in one-dimension: 1 Ĥ = -p² – qxE 2m' Using the general operator equation of motion, solve for the time-dependence of the position and momentum operators in terms of their initial values at time t = 0.
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![Operators: Time-evolution
Consider the Hamiltonian of a free-particle of charge q and mass
m in an external electric field E in one-dimension:
1
H = mộ? - qxE
2m'
Using the general operator equation of motion, solve for the
time-dependence of the position and momentum operators in
terms of their initial values at time t = 0.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcb460c0c-d029-4e90-a450-1d82490780a1%2F44bcd698-2765-48a9-8364-ba5e9fb99264%2Fxlxqfdk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Operators: Time-evolution
Consider the Hamiltonian of a free-particle of charge q and mass
m in an external electric field E in one-dimension:
1
H = mộ? - qxE
2m'
Using the general operator equation of motion, solve for the
time-dependence of the position and momentum operators in
terms of their initial values at time t = 0.
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