The physics collection supports the instructional and research needs of the Boston College Department of Physics at the undergraduate, master's and doctoral level. Materials collected cover the major areas of physics, including mechanics; atomic physics; constitution and properties of matter (molecular physics, relativity, quantum theory, and solid state physics, etc.); heat and thermodynamics; optics; electricity and magnetism; plasma physics; nuclear and particle physics; and other areas.
Particular collection strengths reflect the areas of emphasis in the department's research agenda. Depending upon the researcher and/or the project, work in the Physics Department takes either a theoretical or experimental approach.
Theoretical research covers plasma instabilities in lower dimensional solid state systems; nanostructures and quantum dots for ultrafast computing; collective phenomena at surfaces of solids; theory of high temperature superconductivity; Fermi liquid theory; strongly correlated electron systems; computational physics; theory of novel electron materials; quantum Hall effect; heavy fermion compounds; quantum magnetism and electronic transport in high magnetic fields; thermoelectric transport in novel semiconductor materials; theory of strongly coupled Coulomb systems; space and atmospheric physics, among other areas.
Experimental research covers scanning tunneling microscopy and spectroscopy on novel electronic materials; strongly correlated electron systems; materials physics; single crystal growth, film deposition, and bulk processing of high temperature superconducting materials; processing and physics of giant magnetoresistive materials; synthesis and characterization of superhard materials; low temperature condensed matter physics; materials in strong magnetic fields, nanostructured superconductors, heavy fermion superconductors; thermoelectric materials; physics and chemistry of quasi one and quasi two dimensional electron systems; low temperature, high magnetic field electrical and magnetic properties of organic conductors and superconductors, anisotropic torque and magnetotransport measurements; commensurability resonances and spin density wave states; solid state spectroscopy of laser-type materials, luminescence spectroscopy, flash photolysis and molecular spectroscopy, photoacoustics, femtospectroscopy; optical properties of low-dimensional and organic semiconductors; modulation spectroscopy, among other areas.
Access to the older journal literature is critical for physicists. Online access to the following journal backfiles have been added to the Boston College collections over the past year:
Advanced Materials (Wiley) Now from Volume 1 (1989)
Physica Status Solidi A (Wiley) Now from Volume 1 (1970)
Physica Status Solidi B (Wiley) Now from Volume 1 (1961)
Nature (Nature Publishing Group) Now from 1900 -
In recent years, the Burns Library staff, working in close consultation with faculty in the Physics Department, have made a concerted effort to acquire more early scientific works. Most notable amongst these acquisitions was the 2010 addition of a rare first edition of Newton's Principia (Philosophiæ naturalis principia mathematica). Other important works are also available for research, including:
The Physics book collection is composed primarily of print titles. E-book purchasing is limited almost exclusively to reference resources used for fast, desktop look-up of data or information. For more information on e-book selection, in general, at Boston College, see Selection Criteria and the E-Books at Boston College guide.