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The experimental, theoretical, and computational research efforts in Delaware span an enormous range of energy scales -  from low energy (~ 1 eV) of atomic, molecular, and condensed matter systems to ultra high energy (~ 1020 eV) cosmic rays.

Special Equipment and Facilities:
  • Condensed matter and nanoscale physics laboratories have in house scanning and transmission microscopes, a variety of magnetometers, X-ray diffractometers, differential scanning calorimeters, thin-film deposition systems and cryogenic facilities, and make use of accelerator based facilities for X-ray and neutron scattering.
  • Atomic, molecular, and optical physics laboratories include femtosecond and high-power pulsed lasers for non-linear optical studies and high resolution multiphoton spectroscopy.
  • Astroparticle physics programs include high-altitude balloon flights and high energy cosmic ray and neutrino experiments in Antarctica (IceCube and Anita), as well as high energy gamma-ray observations with the VERITAS telescopes in Arizona.
  • Space physics programs maintain a world-wide network of neutron monitors and are involved with MMS, the Magnetosphere MultiScale mission and multi spacecraft missions such as Cluster-2, to study the magnetosphere and the solar wind.
  • Astronomy participates in several NASA missions: ACE, The Spitzer infrared telecope, the Chandra X-ray satellite and the Hubble Space Telescope. UD is also part of the SMARTS consortium which allows use of a group telescope in Chile.
  • Computational physics research and education operates several supercomputing clusters.

Contributions to the University of Delaware may be designated for a particular Department. Gifts help us support activities that would be difficult to fund from our regular budget, such as scholarships, graduate and undergraduate student awards, support for students to travel to conferences, and outreach programs.

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