The Quantum Mechanics Solver 6 pdf
The Quantum Mechanics Solver 6 pdf
... find that the resonance frequency is dis-
placed: The neutron moves in the propagation direction of the field, and there
is a first order Doppler shift of the resonance frequency.
4.1 .6. If the neutron ... find the neutrons in
the same spin state as in the initial beam. However, the interference pattern
depends on the parity of n.
The experimental result ∆B = (64 ±2) ×10...
The Quantum Mechanics Solver 7 pdf
... slit. The vertical extension of the beam at the detector
is determined by two factors, first the width a of the slit, and second the
diffraction of the neutron beam by the slit. We recall that the ... What is the corresponding width of the beam on the detector?
5.1.3. In the actual experiment, the chosen value is a =5µm. What is the
observed width of the beam at...
The Quantum Mechanics Solver 28 docx
... 105
proton therapy, 94
pure case, 1
QND measurement, 153, 167
quantum boxes, 215
quantum cryptography, 121, 125
quantum dots, 215
quantum eraser, 155, 159
quantum measurement, 2
quantum paths, 155, 162
quantum ... neglect the coupling
to all other bands. Since the characteristic energy splitting between the band
n = 1 and the band n = 2 is 4 E
R
, the validity criterio...
The Quantum Mechanics Solver 1 ppsx
... . . . . . . . . . . . 268
26. 3 DopplerCooling 269
26. 4 TheDipoleForce 270
26. 5 Solutions 270
26. 6 Comments 2 76
XII Contents
15 .6 Comments 153
16 The Quantum Eraser 155
16. 1 Magnetic Resonance ... Comments 166
17 A Quantum Thermometer 169
17.1 The Penning Trap in Classical Mechanics . . . . . . . . . . . . . . . . . . . 169
17.2 ThePenning Trapin QuantumMechanics...
The Quantum Mechanics Solver 2 docx
... information on the state of the system after
the measurement has been performed. The information acquired on the state
before the measurement is very “poor”, i.e. if the measurement gave the result
a
α
, ... ,
where M is the mass of the particle.
Continuity of the Wave Function
If the potential V is continuous, the eigenfunctions of the Hamiltonian ψ
α
(r)
are cont...
The Quantum Mechanics Solver 3 docx
... between the various q con-
tributing to the sum which defines V(q). In the case of a charge distribution,
˜
V is the Rutherford amplitude, and the form factor F is the Fourier transform
of the charge ... the
ν
e
and the ν
µ
. This simple case will allow us to understand the underlying
physics of the general case. We will analyze the data obtained with nuclear
reactors....
The Quantum Mechanics Solver 4 doc
... ν
e
ν
µ
oscillation of the type studied in the first part?
1.2 .6. The angular distributions of the ν
e
and the ν
µ
are represented on
Fig. 1.2, together with the distributions one would observe in the absence
of ... varying the time of flight of the neutrinos by measuring
selectively the direction where they come from, as indicated on Fig. 1.2. The
26 1 Neutrino Osci...
The Quantum Mechanics Solver 5 pps
... Splitting of the Ground State
2.1.1. The Hilbert space of the ground state is the tensor product of the
electron spin space and the nucleus spin space. Its dimension d is therefore
the product of their ... due to the entrance and the exit of the field
zone.
36 2 Atomic Clocks
Section 2.4: The Drift of Fundamental Constants
Using the expression given in the text for...
The Quantum Mechanics Solver 8 pptx
... Ω/ω ∼ 1.2 × 10
−3
.
6. 1.5. This value is in good agreement with the theoretical prediction a =
α/2π =1. 16 × 10
−3
.
66 6 Measuring the Electron Magnetic Moment Anomaly
Write the time evolution ... for the anomaly a.
6. 1.5. Does the experimental value agree with the prediction of quantum
electrodynamics?
Fig. 6. 1. Variations of the quantity
ˆ
S.
ˆ
v, as a function...