Michigan State University Home
  • MSU Libraries
  • Digital Repository
  • Home
  • About
  • Collections
Selected facets
Program of Study: *
×
Committee Member: Nazarewicz, Witold
×
Collection: Electronic Theses & Dissertations
×
  • Theses
    6
  • English
    6
  • Creative Commons Licensed
    2
  • In Copyright
    4
  • Calcium--Isotopes
    1
  • Fermions--Mathematical models
    1
  • Interacting boson-fermion models
    1
  • Laser spectroscopy
    1
  • Measurement
    1
  • Monte Carlo method
    1
  • Nuclear charge
    1
  • Nuclear reactions
    1
  • Nuclear reactions--Mathematical models
    1
  • Open systems (Physics)
    1
  • Physics
    1
  • Quantum Systems (Corporate Name)
    1
  • Quantum systems
    1
  • Quantum theory
    1
  • Research
    1
  • Statistics
    1
  • System theory
    1

Search results 

Showing 1 to 6 of 6 results
Mass Measurement of the Lightweight Self-Conjugate Nucleus zirconium-80 and the Development of the Single Ion Penning Trap
Mass Measurement of the Lightweight Self-Conjugate Nucleus zirconium-80 and the Development of the Single Ion Penning Trap
Hamaker, Alec Scott
Text (2021)
Part of Electronic Theses & Dissertations
Bayesian uncertainty quantification of computer models with efficient calibration and computation
Bayesian uncertainty quantification of computer models with efficient calibration and computation
Kejzlar, Vojtech
Text (2020)
Part of Electronic Theses & Dissertations
In Copyright
Complex-energy description of molecular and nuclear open quantum systesms
Complex-energy description of molecular and nuclear open quantum systesms
Mao, Xingze
Text (2020)
Part of Electronic Theses & Dissertations
In Copyright
Quantum Monte Carlo studies of Fermi systems in lattice effective field theory
Quantum Monte Carlo studies of Fermi systems in lattice effective field theory
He, Rongzheng
Text (2019)
Part of Electronic Theses & Dissertations
In Copyright
Measurements of charge radii of neutron-deficient calcium using collinear laser spectroscopy at Becola
Measurements of charge radii of neutron-deficient calcium using collinear laser spectroscopy at Becola
Miller, Andrew Jacob
Text (2019)
Part of Electronic Theses & Dissertations
Attribution-NonCommercial-NoDerivatives 4.0 International
A deeper understanding of the inputs for reaction theory through uncertainty quantification
A deeper understanding of the inputs for reaction theory through uncertainty quantification
Lovell, Amy Elizabeth
Text (2018)
Part of Electronic Theses & Dissertations
In Copyright
  • First
  • 1(current)
  • Last
  • Call us: (800) 500-1554
  • Contact Information
  • Site Map
  • Privacy Statement
  • Site Accessibility
  • Call MSU: (517) 355-1855
  • Visit: msu.edu
  • MSU is an affirmative-action, equal-opportunity employer.
  • Notice of Nondiscrimination
  • SPARTANS WILL.
  • © Michigan State University
Michigan State University Wordmark