STREAMLINE Symposium #6 - April 30, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #6 - April 30, 2025
1:06:17
STREAMLINE Symposium #5 - April 30, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #5 - April 30, 2025
49:54
STREAMLINE Symposium #4 - April 29, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #4 - April 29, 2025
1:38:02
STREAMLINE Symposium #3 - April 29, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #3 - April 29, 2025
1:31:12
STREAMLINE Symposium #2 - April 29, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #2 - April 29, 2025
1:18:42
STREAMLINE Symposium #1 - April 29, 2025
Nuclear Theory Group at FRIB - MSU
STREAMLINE Symposium #1 - April 29, 2025
36:17
Knock It Out of the Nucleus -Structure of Nuclei Revealed by Knockout Reactions
Nuclear Theory Group at FRIB - MSU
Knock It Out of the Nucleus -Structure of Nuclei Revealed by Knockout Reactions
57:25
Some recent trends in nuclear reaction theory for basic science and applications
Nuclear Theory Group at FRIB - MSU
Some recent trends in nuclear reaction theory for basic science and applications
50:12
Neutron stars as unique probes of nuclear physics
Nuclear Theory Group at FRIB - MSU
Neutron stars as unique probes of nuclear physics
54:20
Investigating Fission Dynamics within Time-Dependent Density Functional Theory
Nuclear Theory Group at FRIB - MSU
Investigating Fission Dynamics within Time-Dependent Density Functional Theory
59:14
Scaling Law of Quantum Entanglement in Nuclear Shell Model
Nuclear Theory Group at FRIB - MSU
Scaling Law of Quantum Entanglement in Nuclear Shell Model
44:03
An Effective Theory for Rotations in Deformed Odd-odd Nuclei
Nuclear Theory Group at FRIB - MSU
An Effective Theory for Rotations in Deformed Odd-odd Nuclei
52:47
Nuclear many-body structure and dynamics on quantum computers
Nuclear Theory Group at FRIB - MSU
Nuclear many-body structure and dynamics on quantum computers
58:59
Exotic Decays in Open Quantum Systems
Nuclear Theory Group at FRIB - MSU
Exotic Decays in Open Quantum Systems
49:09
Wavefunction matching for solving quantum many-body problems
Nuclear Theory Group at FRIB - MSU
Wavefunction matching for solving quantum many-body problems
2:21
NuclearToolkit.jl and Surrogate Models for In-Medium Similarity Renormalization Group
Nuclear Theory Group at FRIB - MSU
NuclearToolkit.jl and Surrogate Models for In-Medium Similarity Renormalization Group
1:03:30
STREAMLINE Collaboration Machine Learning Symposium - Part 6, May 10, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium - Part 6, May 10, 2024
1:53:03
STREAMLINE Collaboration Machine Learning Symposium - Part 5, May 10, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium - Part 5, May 10, 2024
1:48:40
STREAMLINE Collaboration Machine Learning Symposium, Part 2 - May 9, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium, Part 2 - May 9, 2024
1:13:15
STREAMLINE Collaboration Machine Learning Symposium - Part 3, May 9, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium - Part 3, May 9, 2024
1:38:43
STREAMLINE Collaboration Machine Learning Symposium - Part 4, May 9, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium - Part 4, May 9, 2024
1:30:21
STREAMLINE Collaboration Machine Learning Symposium, Part 1 - May 9, 2024
Nuclear Theory Group at FRIB - MSU
STREAMLINE Collaboration Machine Learning Symposium, Part 1 - May 9, 2024
1:06:15
Quantum Algorithms for Simulating Nuclear Effective Field Theories
Nuclear Theory Group at FRIB - MSU
Quantum Algorithms for Simulating Nuclear Effective Field Theories
56:23
From Chiral EFT to Perturbative QCD: A Bayesian Model Mixing Approach to Symmetric Nuclear Matter
Nuclear Theory Group at FRIB - MSU
From Chiral EFT to Perturbative QCD: A Bayesian Model Mixing Approach to Symmetric Nuclear Matter
58:57
Ab Initio Description of Monopole Resonances in Light and Medium Mass Nuclei
Nuclear Theory Group at FRIB - MSU
Ab Initio Description of Monopole Resonances in Light and Medium Mass Nuclei
59:15
Fusion reaction in collisions of weakly bound nuclei with heavy targets
Nuclear Theory Group at FRIB - MSU
Fusion reaction in collisions of weakly bound nuclei with heavy targets
52:43
Probing the heart of matter with supercomputers
Nuclear Theory Group at FRIB - MSU
Probing the heart of matter with supercomputers
1:02:08
Nuclear Few-body Systems in Finite Volume
Nuclear Theory Group at FRIB - MSU
Nuclear Few-body Systems in Finite Volume
55:18
Structure of multi-neutron systems
Nuclear Theory Group at FRIB - MSU
Structure of multi-neutron systems
58:34
Indication of Sharp and Strong Phase-Transitions from NICER Observations
Nuclear Theory Group at FRIB - MSU
Indication of Sharp and Strong Phase-Transitions from NICER Observations
54:43
Nuclear pairing and related phenomena in nuclear dynamics
Nuclear Theory Group at FRIB - MSU
Nuclear pairing and related phenomena in nuclear dynamics
1:02:09
Partial conservation of seniority in semi-magic nuclei: A toy model comes true
Nuclear Theory Group at FRIB - MSU
Partial conservation of seniority in semi-magic nuclei: A toy model comes true
1:01:08
Toward large-scale calculation of nuclear fission process
Nuclear Theory Group at FRIB - MSU
Toward large-scale calculation of nuclear fission process
49:33
Variational learning quantum wave functions9
Nuclear Theory Group at FRIB - MSU
Variational learning quantum wave functions9
1:08:45
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 5
Nuclear Theory Group at FRIB - MSU
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 5
1:04:57
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 3
Nuclear Theory Group at FRIB - MSU
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 3
1:54:48
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 1
Nuclear Theory Group at FRIB - MSU
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 1
2:15:33
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 4
Nuclear Theory Group at FRIB - MSU
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 4
1:02:31
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 2
Nuclear Theory Group at FRIB - MSU
The Past, Present, and Future of Nuclear Structure Theory in the FRIB Era - Sept. 25, 2023 - Part 2
1:13:18
Novel pairing and testing EFT interactions in neutron matter and nuclei
Nuclear Theory Group at FRIB - MSU
Novel pairing and testing EFT interactions in neutron matter and nuclei
50:30
Nuclear DFT electromagnetic moments in heavy deformed open-shell odd nuclei
Nuclear Theory Group at FRIB - MSU
Nuclear DFT electromagnetic moments in heavy deformed open-shell odd nuclei
56:19
Coulomb interaction driven entanglement of electrons on helium, theory and experiment
Nuclear Theory Group at FRIB - MSU
Coulomb interaction driven entanglement of electrons on helium, theory and experiment
58:29
Interplay of different reaction channels in low-energy nuclear reactions with exotic nuclei
Nuclear Theory Group at FRIB - MSU
Interplay of different reaction channels in low-energy nuclear reactions with exotic nuclei
56:51
Approximating operators to recover an efficient reduced order model
Nuclear Theory Group at FRIB - MSU
Approximating operators to recover an efficient reduced order model
1:02:03
Short-range expansion for the nuclear many-body problem
Nuclear Theory Group at FRIB - MSU
Short-range expansion for the nuclear many-body problem
1:04:01
Bell inequalities, CHSH inequalities, and qubit entropy: Explorations with NIS quantum computers
Nuclear Theory Group at FRIB - MSU
Bell inequalities, CHSH inequalities, and qubit entropy: Explorations with NIS quantum computers
58:46
Imaging the nuclear structure in high-energy heavy-ion collisions
Nuclear Theory Group at FRIB - MSU
Imaging the nuclear structure in high-energy heavy-ion collisions
1:03:59
The CREX and PREX neutron density experiments
Nuclear Theory Group at FRIB - MSU
The CREX and PREX neutron density experiments
1:08:55
A Modern Theorist-Driven Lepton-Nucleus Event Generator
Nuclear Theory Group at FRIB - MSU
A Modern Theorist-Driven Lepton-Nucleus Event Generator
52:58
Parameter Calibration for Beta-Decay Calculations with the Skyrme Finite Amplitude Method
Nuclear Theory Group at FRIB - MSU
Parameter Calibration for Beta-Decay Calculations with the Skyrme Finite Amplitude Method
52:58
Predicting the neutrinoless double-beta decay matrix element of 136Xe using a statistical approach
Nuclear Theory Group at FRIB - MSU
Predicting the neutrinoless double-beta decay matrix element of 136Xe using a statistical approach
1:03:58
An algebraic geometric classification of the solutions of the 1D Gross-Pitaevskii eq. - D. Reinhardt
Nuclear Theory Group at FRIB - MSU
An algebraic geometric classification of the solutions of the 1D Gross-Pitaevskii eq. - D. Reinhardt
1:02:36
Constraining nucleosynthesis using observations, simulations and nuclear physics--Athanasios Psaltis
Nuclear Theory Group at FRIB - MSU
Constraining nucleosynthesis using observations, simulations and nuclear physics--Athanasios Psaltis
50:15
Diverse News from the ab initio Front - Ruprecht Machleidt
Nuclear Theory Group at FRIB - MSU
Diverse News from the ab initio Front - Ruprecht Machleidt
1:15:39
Quantum algorithms for many body dynamics and structure - Francesco Turro
Nuclear Theory Group at FRIB - MSU
Quantum algorithms for many body dynamics and structure - Francesco Turro
1:02:02
Chiral 3NF and continuum in weakly bound nuclear systems -- Yuanzhuo Ma
Nuclear Theory Group at FRIB - MSU
Chiral 3NF and continuum in weakly bound nuclear systems -- Yuanzhuo Ma
45:10
Bottomonium suppression in the QGP – From EFTs to non-unitary quantum evolution - Mike Strickland
Nuclear Theory Group at FRIB - MSU
Bottomonium suppression in the QGP – From EFTs to non-unitary quantum evolution - Mike Strickland
1:09:41
Quantum Entanglement and Neutrino Many-Body Systems - Baha Balantekin
Nuclear Theory Group at FRIB - MSU
Quantum Entanglement and Neutrino Many-Body Systems - Baha Balantekin
57:46
Emergence in atomic nuclei and the quest for spectroscopic accuracy - Elena Litvinova
Nuclear Theory Group at FRIB - MSU
Emergence in atomic nuclei and the quest for spectroscopic accuracy - Elena Litvinova
59:43
First-principles-based equations of state for QCD at finite temperature and density - Jamie Karthein
Nuclear Theory Group at FRIB - MSU
First-principles-based equations of state for QCD at finite temperature and density - Jamie Karthein
52:02
The CREX and PREX neutron density experiments - Chuck Horowitz
Nuclear Theory Group at FRIB - MSU
The CREX and PREX neutron density experiments - Chuck Horowitz
1:17:50
Quantum gravity in the lab: matrix quantum mechanics meets quantum computing - Enrico Rinaldi
Nuclear Theory Group at FRIB - MSU
Quantum gravity in the lab: matrix quantum mechanics meets quantum computing - Enrico Rinaldi
1:12:46
Max Bee-Lindgren - FRIB Special Research Discussion Seminar
Nuclear Theory Group at FRIB - MSU
Max Bee-Lindgren - FRIB Special Research Discussion Seminar
21:07
YQIS 6 Tutorial 5: Sophia Economou, Measurement-based quantum information processing
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 5: Sophia Economou, Measurement-based quantum information processing
1:00:57
YQIS 6 Invited 6: Cristina Cîrstoiu, Robustness of Noether's principle
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 6: Cristina Cîrstoiu, Robustness of Noether's principle
38:53
YQIS 6 Tutorial 3: Tom Wong, Quantum walks
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 3: Tom Wong, Quantum walks
55:17
YQIS 6 Tutorial 6: Nathan Wiebe, Quantum Hamiltonian simulation
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 6: Nathan Wiebe, Quantum Hamiltonian simulation
1:01:13
YQIS 6 Invited 1: R. Huang, Recent advances in predicting properties of quantum many-body systems
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 1: R. Huang, Recent advances in predicting properties of quantum many-body systems
37:18
YQIS 6 Invited 8: Yuan Su, Trotterization and Trotter error
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 8: Yuan Su, Trotterization and Trotter error
50:32
YQIS 6 Invited 5: P. Mukhopadhyay, Efficient algorithms for synthesizing T-count/depth opt. circuits
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 5: P. Mukhopadhyay, Efficient algorithms for synthesizing T-count/depth opt. circuits
34:39
YQIS 6 Tutorial 2: Chris Adami, Quantum measurement and the classical-quantum boundary
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 2: Chris Adami, Quantum measurement and the classical-quantum boundary
44:38
YQIS 6: Diversity, equity, and inclusion panel
Nuclear Theory Group at FRIB - MSU
YQIS 6: Diversity, equity, and inclusion panel
44:03
YQIS 6: Industry panel
Nuclear Theory Group at FRIB - MSU
YQIS 6: Industry panel
36:21
YQIS 6: Senior researchers panel
Nuclear Theory Group at FRIB - MSU
YQIS 6: Senior researchers panel
51:11
YQIS 6 Tutorial 4: Nicole Yunger Halpern, Quantum thermodynamics
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 4: Nicole Yunger Halpern, Quantum thermodynamics
58:07
YQIS 6 Invited 4: John Napp, Phase transitions in the complexity of simulating random circuits in 2D
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 4: John Napp, Phase transitions in the complexity of simulating random circuits in 2D
38:25
YQIS 6 Invited 7: Rawad Mezher, Efficient construction of QPUFs with unitary t-designs
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 7: Rawad Mezher, Efficient construction of QPUFs with unitary t-designs
37:05
YQIS 6 Invited 2: Anthony Ciavarella, Digital quantum simulation of lattice gauge theories
Nuclear Theory Group at FRIB - MSU
YQIS 6 Invited 2: Anthony Ciavarella, Digital quantum simulation of lattice gauge theories
37:01
YQIS 6 Tutorial 1: John Van Dyke, Variational quantum algorithms
Nuclear Theory Group at FRIB - MSU
YQIS 6 Tutorial 1: John Van Dyke, Variational quantum algorithms
55:00
Particle vibration coupling in superfluid nuclei with axial deformation — Yinu Zhang
Nuclear Theory Group at FRIB - MSU
Particle vibration coupling in superfluid nuclei with axial deformation — Yinu Zhang
1:03:54
Nuclear forces in the medium: Insight from the equation of state — Francesca Sammarruca
Nuclear Theory Group at FRIB - MSU
Nuclear forces in the medium: Insight from the equation of state — Francesca Sammarruca
1:19:06
First principles calculations of light ion reactions — Kostas Kravvaris
Nuclear Theory Group at FRIB - MSU
First principles calculations of light ion reactions — Kostas Kravvaris
1:00:23
Short-range correlation physics in low-resolution pictures — Scott Bogner
Nuclear Theory Group at FRIB - MSU
Short-range correlation physics in low-resolution pictures — Scott Bogner
1:11:25
Understanding lattice QCD applications to the two-nucleon system — André Walker-Loud
Nuclear Theory Group at FRIB - MSU
Understanding lattice QCD applications to the two-nucleon system — André Walker-Loud
1:11:50
3D Simulations of the Neutrino Fast Flavor Instability — Sherwood Richers
Nuclear Theory Group at FRIB - MSU
3D Simulations of the Neutrino Fast Flavor Instability — Sherwood Richers
56:45
Structure and lifetime of the hypertriton — Hans-Werner Hammer
Nuclear Theory Group at FRIB - MSU
Structure and lifetime of the hypertriton — Hans-Werner Hammer
1:04:52
Dynamics of quantum equilibration in low-energy collisions — A. Sait Umar
Nuclear Theory Group at FRIB - MSU
Dynamics of quantum equilibration in low-energy collisions — A. Sait Umar
56:58
Lepton-nucleus scattering within nuclear many-body theory — Noemi Rocco
Nuclear Theory Group at FRIB - MSU
Lepton-nucleus scattering within nuclear many-body theory — Noemi Rocco
58:42
2020 Fall Meeting of the APS Division of Nuclear Physics – Session BA: Plenary II
Nuclear Theory Group at FRIB - MSU
2020 Fall Meeting of the APS Division of Nuclear Physics – Session BA: Plenary II
1:29:33
2020 Fall Meeting of the APS Division of Nuclear Physics – Session AA: Plenary I
Nuclear Theory Group at FRIB - MSU
2020 Fall Meeting of the APS Division of Nuclear Physics – Session AA: Plenary I
1:37:04
Gravitational wave observations and neutron-star matter — Jocelyn Read
Nuclear Theory Group at FRIB - MSU
Gravitational wave observations and neutron-star matter — Jocelyn Read
59:50
Kenneth Choi - FRIB Research Discussion Seminar - Tuesday, July 21, 2020
Nuclear Theory Group at FRIB - MSU
Kenneth Choi - FRIB Research Discussion Seminar - Tuesday, July 21, 2020
27:45