A proud recipient of the Feodor Lynen Research Fellowship from the Alexander von Humboldt Foundation, I came to work with the world leaders
in nuclear chemistry at the Lawrence Berkeley National Laboratory (LLNL) in California.
Not exact matches
weak
nuclear force constant if larger: too much hydrogen would convert to helium
in big bang; hence, stars would convert too much matter into heavy elements making life
chemistry impossible if smaller: too little helium would be produced from big bang; hence, stars would convert too little matter into heavy elements making life
chemistry impossible
His final synthesis was completed during the period
in which
chemistry and
nuclear physics were being systematized
in terms of a small number of «elementary» (noncomposite) particles.
Although he lives
in a world of common sense, he knows that
nuclear science, space exploration, and studies
in neurology and brain
chemistry are changing the picture of the world.
Inspectors come with a range of expertise, from physics, engineering, and
chemistry to computer science and even biology; samples from plants and animals often play a role
in detecting unreported
nuclear materials.
8 Aside from Curie, one other person has nabbed a Nobel
in two separate categories: Linus Pauling, who won the 1954
chemistry award and the 1962 peace prize for his fight against
nuclear weapons testing.
The
chemistry of protactinium, which is very difficult to study due to it scarcity and complex
chemistry, is important for understanding and controlling its behavior for application
in nuclear reactors, as well as for comprehending the overall variable and complex
chemistry of the actinide series and transition elements used
in everyday technologies.
The research team included researchers
in MIT's
chemistry, biological engineering,
nuclear science and engineering, brain and cognitive sciences, and materials science and engineering departments and its program
in Health Sciences and Technology; and at the University Medical Center Hamburg - Eppendorf; Brown University; and the Massachusetts General Hospital.
And it is a quirky material, this particular study of it taking Robert Charity and Lee Sobotka — research professor
in chemistry and professor
in both
chemistry and physics
in Arts & Sciences — from Duke's Triangle Universities
Nuclear Laboratory to the Department of Energy's Los Alamos (N.M.) National Laboratory.
Of note, last year's Heritage Foundation budget — which has had a major influence on the Trump Administration's budget proposals — called for a significant rollback or elimination of programs
in nuclear physics, advanced computing,
chemistry, materials science, biological, and environmental research.
The group has found that a broad range of potential physical, chemical and biological markers characterise the Anthropocene, the clearest global markers being radionuclide fallout signals from
nuclear testing and changes
in carbon
chemistry through fossil fuel burning — these
in particular show marked changes starting
in the early to mid-1950s.
Clark leads research efforts focused on the
chemistry and chemical engineering of processing
nuclear materials — including DOE's Energy Frontier Research Center on Interfacial Dynamics
in Radioactive Environments and Materials (IDREAM).
In this role he is responsible for a broad range of fundamental research at PNNL sponsored by the Department of Energy's (DOE's) Office of Science, including work in advanced computing, chemistry, materials science, and particle / nuclear physic
In this role he is responsible for a broad range of fundamental research at PNNL sponsored by the Department of Energy's (DOE's) Office of Science, including work
in advanced computing, chemistry, materials science, and particle / nuclear physic
in advanced computing,
chemistry, materials science, and particle /
nuclear physics.
They include: a) A new field of science, dubbed «useful hard x-ray
chemistry,» wherein high energy, penetrating and focused x-rays are harnessed to initiate novel
chemistry in isolated and sealed chambers, and b) Ion Beam
Nuclear Transmutation Doping, a novel method to dope wide bandgap semiconductors using penetrating, high - energy protrons initiating nuclear transmutation to create dopant
Nuclear Transmutation Doping, a novel method to dope wide bandgap semiconductors using penetrating, high - energy protrons initiating
nuclear transmutation to create dopant
nuclear transmutation to create dopant layers.
Argonne National Laboratory has more than 200 research programs
in basic and applied science, including mathematics and computer science, environmental research, materials science, physics,
chemistry, energy research, biology and advanced
nuclear reactor technology.
Added James Symons, Associate Laboratory Director for Physical Sciences: «This is a project with potentially transformational impact that is really enabled by having cross-disciplinary scientific expertise ⎯
in soil biology, soil physics, soil
chemistry, geophysics,
nuclear physics ⎯ all
in one location at Berkeley Lab.»
... She connected to
nuclear decay, local customs, policies regarding clean up after a disaster etc. (all things she is deeply interested
in), and then she talked about her struggles
in statistics and how applying the knowledge from
chemistry gave context to what she had been attempting to master
in statistics.
Although I worked
in the technical field of
nuclear chemistry, I enjoyed taking some of the things I worked on, expanded the subject and then wrote short fiction.
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