Hyperfine course

quick start
2 Topics
practical info
about you
the nucleus
7 Topics
nuclear properties
multipole moments
nuclear moment tabulation
multipole radiation
(optional) why are odd electric moments zero?
exit (w1)
webinar (w1)
framework
6 Topics
VIP-1
gravitational analogue
double ring
quantum multipole expansion
exit (w2)
webinar (w2)
electric monopole shift
5 Topics
overview framework
expression and physics
toy model
exit (w3)
webinar (w3)
magnetic hyperfine interaction
6 Topics
overview framework
in free atoms
in solids
overlap contribution
exit (w4)
webinar (w4)
electric quadrupole interaction
8 Topics
overview framework
from toy model to quantum
quadrupole operator
case studies / symmetry
miscellaneous topics
(optional) quadrupole shifts
exit (w5)
webinar (w5)
classification of methods
2 Topics
summary of what came before
from VIP1 to VIP2
laser spectroscopy
4 Topics
short overview classification
laser spectroscopy
exit (w6)
webinar (w6)
Mössbauer spectroscopy
7 Topics
short overview classification
recoil, linewidth, resonant scattering
realizing nuclear resonant scattering
Mössbauer spectroscopy
miscellaneous Mössbauer topics
exit (w7)
webinar (w7)
synchrotron methods
8 Topics
short overview classification
short overview Mössbauer
synchrotron radiation facilities
nuclear resonant scattering
nuclear inelastic scattering
(optional) synchrotron Mössbauer spectroscopy at extreme conditions
exit (w8)
webinar (w8)
NMR & NQR
7 Topics
short overview classification
orientation of a nuclear ensemble
orientation: temperature and radiation
NMR and NQR
reading task NMR/NQR
exit (w9)
webinar (w9)
EPR
7 Topics
short overview classification
EPR on free atoms
EPR on molecules and crystals
ENDOR
(optional) conference talk
exit (w10)
webinar (w10)
LTNO & NMR/ON
7 Topics
short overview: classification
short overview: orientation of a nuclear ensemble
short overview: orientation – temperature and radiation
low-temperature nuclear orientation
NMR/ON
(optional) the dilution refridgerator
(optional) two conference talks
PAC
5 Topics
short overview classification
perturbed angular correlation spectroscopy
(optional) an application of PAC
exit (w11)
webinar (w11)
μSR (optional)
2 Topics
short overview classification
μSR
refreshers
7 Topics
tensors : several introductions
spin : an intuitive picture
perturbation theory
the g-factor
double split experiment
amplitude, probability, intensity
course summaries
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NMR & NQR

Hyperfine course NMR & NQR

5

TOPICS

2:45

Duration

If you take this course in sync with the spring edition at Ghent University, then please observe the due date for the activities of this week.

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