practical info

about you

nuclear properties

multipole moments

nuclear moment tabulation

multipole radiation

(optional) why are odd electric moments zero?

exit (w1)

webinar (w1)

VIP-1

gravitational analogue

double ring

quantum multipole expansion

exit (w2)

webinar (w2)

overview framework

expression and physics

toy model

exit (w3)

webinar (w3)

overview framework

in free atoms

in solids

overlap contribution

exit (w4)

webinar (w4)

overview framework

from toy model to quantum

quadrupole operator

case studies / symmetry

miscellaneous topics

(optional) quadrupole shifts

exit (w5)

webinar (w5)

summary of what came before

from VIP1 to VIP2

short overview classification

laser spectroscopy

exit (w6)

webinar (w6)

short overview classification

recoil, linewidth, resonant scattering

realizing nuclear resonant scattering

Mössbauer spectroscopy

miscellaneous Mössbauer topics

exit (w7)

webinar (w7)

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)

short overview classification

orientation of a nuclear ensemble

orientation: temperature and radiation

NMR and NQR

reading task NMR/NQR

exit (w9)

webinar (w9)

short overview classification

EPR on free atoms

EPR on molecules and crystals

ENDOR

(optional) conference talk

exit (w10)

webinar (w10)

short overview classification

perturbed angular correlation spectroscopy

(optional) an application of PAC

exit (w11)

webinar (w11)

short overview classification

μSR

perturbation theory

the g-factor

double split experiment

amplitude, probability, intensity

course summaries