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investigates both charge states. This enables comparison of the cross sections and form factors, investigating two-photon effects and the proton charge radius in muons and electrons. The selected candidate will
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investigates both charge states. This enables comparison of the cross sections and form factors, investigating two-photon effects and the proton charge radius in muons and electrons. The selected candidate will
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investigates both charge states. This enables comparison of the cross sections and form factors, investigating two-photon effects and the proton charge radius in muons and electrons. The selected candidate will
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investigates both charge states. This enables comparison of the cross sections and form factors, investigating two-photon effects and the proton charge radius in muons and electrons. The selected candidate will
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experience with and/or a strong desire to learn in vivo two-photon functional imaging to examine the neural circuits that generate complex behaviors. This will include implementing existing imaging and