| Scott_Watson\'s_Physics_FAQs A list of FAQs (Frequently Asked Questions) regarding Cosmology, String theory, Relativity and General Physics |
| C++_Template_Classes_for_Geometric_Algebras The Geometric or Clifford algebras have a variety of applications in physics and computer vision and other places. |
| Center_for_Computational_Physics_-_University_of_Tsukuba The Center for Computational Physics was founded at the University of Tsukuba as an inter-university research facility. The purpose of the Center is to function as a base to develop research in compu |
| Chris_Oubre\'s_Computational_Physics_Page Graduate student at Rice University, and one of an emerging new breed in Computational Physics, which combines the two passions: Programming and Finding out Why. |
| Computational_methods_in_physics Illustrate various numerical techniques by focussing on physical problems, aimed at the application of numerical methods to physical models. |
| Computational_Physics Simulation and modelling are usually taught by stressing numerical techniques -- this course focuses on using symbolic or computer algebra -- in particular, using Mathematica. |
| Computational_Physics Course covers quantifying techniques that are used in physics. Topics include ordinary differential equations, partial differential equations, matrices, and simulation methods. |
| Computational_Physics_Education Computational physics classes at Michigan State University. |
| Computational_Physics_Inc_ Computational Physics, Inc. (CPI) was founded to perform advanced scientific research and technology development in atmospheric and space physics. Products and projects, news, press releases, jobs, |
| Computational_Physics_Resource_on_the_Internet A very extensive list of resource websites for computational condensed matter physics software, visualization and scientific programming software, research groups, journals and lecture material. |
| Computational_Science Essays on computational physics and modelling magnetic material. Software for simulating the Belousov-Zhabotinsky chemical reaction and for solving the travelling salesman problem. |
| Computational_Science_Education_Reference_Desk Features models and lesson plans based around the use of scientific computing in science, math, and technology to help educators add inquiry based exercises to their classrooms. |
| Computational_Studies_of_Pure_and_Dilute_Spin_Models Monte Carlo simulations of ferromagnetic material using Ising and Potts spin models to ascertain selected properties of such material. Discusses what spin models are and how they are used to simulate |
| Computer_Simulation_Laboratory Mathematical Modeling of Electromigration in thin film interconnects, Internal Friction spectrum. |
| 3D_Physics An overview of numerical methods of simulating physical systems. |
| Division_of_Computational_Physics This branch of the American Physical Society is focused on computational physics |
| EPF_CPL_Computational_Physics_Laboratory An investigation infrastructure training students in scientific calculation in physics and informatics. |
| Ji-hoon\'s_Homepage__Computational_Physics Computational Physics, Simulators on Chaos and many other physical phenomena based on Jbuilder and Java Applets |
| Krell_Institute Institute for the promotion of computational science. |
| Lattice_Geometries Describes a method of defining lattice geometries for use in computational physics. |
| Lectures_from_Summer_Schools_on_Computational_Materials_Science Full set of notes in computational solid state physics from talks given by recognized leaders in the field. (Lectures are annual, starting in 2001) |
| Lester_Ingber\'s_Archive Path integrals in nonlinear stochastic systems. Applications to nuclear physics, neocortex, combat simulations. |
| nMod_Particle-Particle_nBody_Model nMod is a Linux open source particle-particle nBody model suitable for small scale nBody simulations. Also included is a Linux OpenGL viewer for the output files. |
| Numerical_Simulation_of_Waves An online textbook on using numerical methods to solve a variety of wave equations in mathematical physics. |
| Object-oriented_practice_for_computational_physics_and_distributed_computing Research Project on Object-oriented practice for Computational Physics and Distributed Computing. Includes jLab,the Java based scientific applet, as the practice sample. |
| Particle_Applications_of_Parallel_Computing An overview of how multiple particle systems can be simulated using parallel computing. |
| Physics_Application_in_Python Parallel processing systems used to perform molecular dynamics simulation, data analysis, and visualization. |
| Polygonal_Contact_Model_homepage The Polygonal Contact Model (PCM) is a contact algorithm for multibody dynamics |
| A_practical_guide_to_computer_simulations Here practical aspects of conducting research via computer simulations are discussed. |
| TOCSY_-_Toolbox_for_Complex_Systems Toolboxes for modelling of dynamical systems and time series analysis which were developed in the Nonlinear Dynamics Group Potsdam. |
| The_Travelling_Salesman_Problem Discussion of this problem using Simulated Annealing. Downloadable program demonstrating solution of the problem for particular cases. |
| University_of_Groningen,_Computational_Physics_Group Research topics: quantum computing, time-resolved optical imaging, morphological image analysis, quantum Monte Carlo, nano-scale magnetism, chaos; in Netherlands. |
| Wikihip Helsinki Institute of Physics Technology Programme's TWiki site with information about research activities having to do with computing clusters, the globus toolkit, metadata visualisation and the data |
| Accreation_of_the_Earth_and_Solar_System Introduces a new theory of creation of the Earth and Solar System. |
| Archaeoastronomy_Home A source of information and products about solar alignments and ancient astronomical observatories and monuments in harmony with seasonal rhythms and terrestrial cycles. |
| Astro-metrics_Of_Undiscovered_Planets Offers a new extrasolar planet formation theory and applies it to 3 star systems. Describes the sentient alien cultures that may exist there. |
| Astronomical_Enigma Mathematical proof that the Nebular Hypothesis is wrong. |
| The_Earth_Is_Not_Moving Read all about the Copernican and Darwinian myths. |
| The_Grant_Chronicles Astrophysics and interstellar technology. Hot topics, new theories, and astronomical phenomena. |
| Meta_Research Something has gone wrong in the field of astronomy. |
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Nuclear medicine techniques are used throughout the world
everyday for thousands of examinations and treatments.
Welcome
Welcome to the Department of Energy's (DOE) Office of Nuclear Energy's, Isotope Program.
For over 50 years, this program and its predecessors have been at the forefront of the development and production of stable and radioactive isotope products. Substantial national and international infrastructures have been built around the use of isotopes and depend on the Department's products and services. Isotopes are used for hundreds of vital research, biomedical, homeland security, and industrial applications that benefit society every day. Examples are heart imaging and cancer therapy; smoke detectors, neutron detectors and explosive detection; oil exploration and tracers for climate change.
To learn more about DOE's isotope program, go directly to those pages of interest to you by clicking the buttons on the right.
RELATED LINKS
National Academy of Sciences
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Society of Nuclear Medicine
U.S. Department of Energy |
1000 Independence Ave., SW |
Washington, DC 20585
1-800-dial-DOE | f/202-586-4403
