Joined the laboratory in 1994
The focus of my research is centered on the study of exotic nuclei and the most efficient ways to unravel their properties.
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Joined the laboratory in 2007
My research focuses on applications of renormalization group (RG) and effective field theory (EFT) methods to the microscopic description of nuclei and nuclear matter.
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Joined the laboratory in 2000
My research interests are related to nuclear and atomic physics with focus on the study of basic properties of atomic nuclei very far away from the valley of stability.
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Joined the laboratory in 1982
My research in theoretical nuclear physics is motivated by broad questions in science: What are the fundamental particles of matter?
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Joined the laboratory in 2004
My work connects observations of neutron stars with theoretical and laboratory studies of dense matter.
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Joined the laboratory in 2016
My research focuses on using nuclear reactions to probe how neutrons and protons behave in systems ranging from atomic nuclei to neutron stars.
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Joined the laboratory in 2015
My research centers around unraveling the mystery of how massive stars explode at the end of their lives.
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Joined the laboratory in 1988
My area of research involves studying the central energetic reactions of heavy nuclei, which help test bulk nuclear properties such as the nuclear equation of state.
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Joined the laboratory in 2022
At FRIB, a variety of by-product radionuclides will be created that are of immense value for numerous disciplines, viz. nuclear medicine, astrophysics, and Stockpile Stewardship Science.
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Joined the laboratory in 2002
The focus of my research is the structure of atomic nuclei in the regime of very unbalanced proton and neutron numbers.
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Joined the laboratory in 2022
The Gaiser Group’s research is targeted at meeting societal needs for better energy and medical applications.
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Joined the laboratory in August 2016
The development of practical and new cryogenic systems and components needed for the efficient and reliable operation of superconducting accelerators is my primary interest.
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Joined the laboratory in 2018
My research is in experimental nuclear physics with a focus on neutron-rich isotopes along the neutron dripline.
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Joined the laboratory in 2016
A particle accelerator is designed to accelerate basic charged particles, such as electrons, protons, and ions, to higher energy.
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Joined the laboratory in 2018.
At the MSU Cryogenic Initiative, we offer opportunities both in theoretical and applied research on thermal-hydraulic process equipment and systems for cryogenic applications. My research focus is toward the advancement of cryogenic processes and technology, specifically in regard to helium refrigeration, heat exchangers, multi-phase flow and heat transfer, and gas purification.
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Joined the laboratory in 2014
My group is developing sophisticated computational many-body methods for nuclei and other strongly correlated quantum systems, and applying them to address scientific questions ranging from the validation of nature’s fundamental symmetries at the smallest scales to the origin of elements in the cosmos.
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Joined the laboratory in 2009
My research focuses on the investigation of the structure and dynamics of rare isotopes which have unusual proton-to-neutron ratios compared to stable nuclei that exist in nature.
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Joined the laboratory in 2017
The Lee research group is focused on connecting fundamental physics to forefront experiments.
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Joined the laboratory in 2009
The research carried out in my group addresses two critical questions in low-energy nuclear science: (1) how do we achieve a comprehensive and predictive model of the atomic nucleus and (2) how are elements made in during the explosive end of a massive star?
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Joined the laboratory in 2016.
Contemporary and planned accelerator facilities are pushing against several development frontiers.
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Joined the laboratory in 2014
A common theme in my research is to identify, understand, and control processes that can degrade the quality of the beam by increasing phase-space area or can drive particle losses.
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Joined the laboratory in 1980
We have a broad experimental program in nuclear physics. The main thrust of our program is to determine how the equation of state of nuclear matter changes when we increase the fraction of nucleons that are neutrons in the matter.
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Joined the laboratory in 2004
My current research interest is to measure the size, shape, or the charge radius of radioactive nuclides that occur near the limit of nuclear existence.
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Joined the laboratory in 2011
Since my university studies, first in Germany and later in France, I involved myself in very general problematics, such as the foundation of quantum mechanics (Bell inequality), together with more practical applications, such as nuclear energy and environment.
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Joined the laboratory in 2007
My research is in the field of experimental nuclear astrophysics.
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Joined the laboratory in 2010
My research interests reside at the interface between nuclear and particle physics.
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Joined the laboratory in 2014
The main area of my professional activity is the theoretical description of short-lived nuclei that inhabit remote regions of the nuclear landscape. This research invites a strong interaction between nuclear physics, applied mathematics and statistics, and high-performance computing.
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Joined the laboratory in 2003
Unstable nuclei are mostly studied through reactions, because they decay back to stability, often lasting less than a few seconds.
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Joined the laboratory in 2015
My research focuses on the growth and evolution of galaxies over the age of the Universe, as well as understanding the behavior of the hot, diffuse plasmas that constitute much of the baryons in and around galaxies.
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Joined the laboratory in 2016
Particle accelerators are major tools for discovery in nuclear physics, high-energy physics, and basic energy science.
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Joined the laboratory in 2023
My research interests hinge around the study of nuclear forces at play in nuclei with large neutron to proton asymmetry.
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Joined the laboratory in 2009
My primary research interests include nuclear structure, nuclear astrophysics, and fundamental interactions.
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The accelerator is the base tool for nuclear physics, high-energy physics, light sources, medical applications, and so on.
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Joined the laboratory in 1999
The goal of our experimental and theoretical research program is to understand the nuclear processes that shape the cosmos by creating elements and generating energy.
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Joined the laboratory in 2016
Our group is developing a method for collecting and purifying byproduct radionuclides from FRIB called “isotope harvesting.”
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Joined the laboratory in 1985
I study methods for production and separation of rare isotopes.
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Joined the laboratory in 2014
Physicists believe that there were equal amounts of matter and antimatter in the early history of the universe, but now the observable universe is composed of matter – so how did the antimatter vanish?
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Joined the laboratory in 2024
My research centers on bulk properties of dense strongly interacting matter, often summarized in the form of its equation of state (EOS) or phase diagram.
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Joined the laboratory in 2007
The elements we observe today on earth were all created inside stars. My group works on understanding how different stellar environments contribute to the synthesis of elements we see in the universe.
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Joined the laboratory in 2001
My primary research interest is centered on the production of rare isotope beams with fragment separators and the study of the structure of nuclei at the limits of existence.
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Joined the laboratory in 1980
As an experimentalist, I study collisions of nuclei at energies at approximately half the speed of light.
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Joined the laboratory in 2010
My scientific research involves accelerator physics of high-energy colliders and high-intensity hadron accelerators, beam cooling and crystallization, development of spallation neutron sources, development of compact pulsed hadron sources, development of hadron therapy facilities, development of accelerator-driven sub-critical reactor programs for thorium energy utilization and nuclear waste transmutation, and development of accelerators for rare-isotope beams.
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Joined the laboratory in 2011
Our research focuses on studying nuclei experimentally to probe fundamental questions about our Universe.
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Joined the laboratory in 2023
Why is the Universe we live in made of matter, instead of anti-matter? What is dark matter made of? These mysteries in modern physics can be addressed by studying the fundamental symmetries of nature. My research at FRIB investigates these fundamental questions using ‘table-top’ size experiment.
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Joined the laboratory in 2012
My research group’s focus is to advance the application of superconductivity to large-scale accelerators.
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Joined the laboratory in 2003
The research in our group focuses on the spin-isospin response of nuclei of relevance for astrophysics, neutrino physics, giant resonances and evolution of nuclear structure.
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Joined the laboratory in 1992
A complex nucleus is a great example of mesoscopic systems, in between microscopic and macroscopic worlds, with wealth of problems typical for both.
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