- Theoretical Condensed-Matter Physics
- Experimental Condensed-Matter Physics (Including Complex Systems and Nanoscale Systems)
- Biophysics
- Optics
- Kavli Institute at Cornell
About Us
The Laboratory of Atomic and Solid State Physics is a major center for research in the area of condensed matter physics and related areas. It was founded in 1959, and there are currently 34 faculty members of the Department of Physics associated with the Laboratory. LASSP is a research center associated with the Physics Department. (All physics research is associated with one of two research labs: LASSP and LEPP.)
Research in the Laboratory spans experimental and theoretical studies of many topics, including biophysics; computational physics and multi-scale modeling; electronic, mechanical, and optical properties of nanostructures; exotic and disordered materials; fundamental and applied quantum phenomena; high-precision measurements; low-temperature helium physics; liquid physics; magnetic phenomena and devices; phonons, oscillators, and two-level systems; protein crystallization, scanning-probe microscopies; soft condensed matter physics; strongly-correlated matter; and x-ray physics.
Atomic-scale visualization of electrons confirms theory of iron-based superconductors
Researchers demonstrate new way to control nonvolatile magnetic memory devices
Five Junior Faculty Honored by NSF
Kyle Shen receives PECASE Award
Graphene grains make atomic patchwork quilts
Seamus Davis and his fantastic machine
Four on faculty named Weiss fellows
Graphene is sort of a scientific rock star
The physics of turbulent flow is everywhere
Paul McEuen elected to National Academy of Sciences
Kyle Shen Receives Cottrell Scholar Award
David Mermin is awarded Majorana Prize
Faster than the speed of light?
In the PressCells' inability to duplicate does not stop tumor growth
Physicists predict when brittle materials fail
Paul McEuen's 'Spiral' hits bookstores
Study casts new light on 'supersolid' effects in helium-4
'Broken symmetries' in in high-temperature superconductors
Scientists learn how enzyme parts coordinate to unzip DNA
SeminarsOther Events
