In this question we will consider the quantum harmonic oscillator. The wavefunction of the first excited state of this system can be written as (x, t) = 2A₁√axe-ax²/2e-3iwot/2 where a = mwo/h, and A₁ and wo are real constants. 1 a) Calculate the value of the normalization constant A₁, looking up the values of any integrals that you require. State the physical meaning of any conditions you use.
In this question we will consider the quantum harmonic oscillator. The wavefunction of the first excited state of this system can be written as (x, t) = 2A₁√axe-ax²/2e-3iwot/2 where a = mwo/h, and A₁ and wo are real constants. 1 a) Calculate the value of the normalization constant A₁, looking up the values of any integrals that you require. State the physical meaning of any conditions you use.
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Transcribed Image Text:In this question we will consider the quantum harmonic oscillator. The wavefunction of the first
excited state of this system can be written as
(x, t) = 2A₁√axe-a
where a = mwo/h, and A₁ and wo are real constants.
-ax²/2
e-3iwot/2
a) Calculate the value of the normalization constant A₁, looking up the values of any integrals
that you require. State the physical meaning of any conditions you use.
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