All courses for every first-year Science student will be delivered online this fall. A limited number of students in their second, third and fourth years will return to campus for part of the semester.
Black Holes and Quantum Information, Dark Energy and Dark Matter, Early-Universe Cosmology, Effective Field Theories, Quantum Hall Systems and ADS/CFT Duality
Experimental nuclear astrophysics; measurement of reaction cross sections, nuclear parameters; direct, indirect measurements with radioactive and stable ion beams
Soft and living matter at surfaces and interfaces: Polymeric materials, but also C. elegans (a small nematode), bacteria, living cells and soft-colloidal systems.
Motions and conformational changes of proteins, pore formation in lipid membranes, swimming bacteria.
Geometrically frustrated magnets, Quantum Magnets with singlet ground states, High temperature superconductors
Evolution of Bacterial Genomes and Horizontal Gene Transfer, The RNA World and the Origin of Life, Codon Usage, Translational Efficiency and Dynamics of Ribosomes
Unconventional superconductivity (iron, copper based high temp superconductors etc.), low dimensional quantum magnetism (spin liquids, quantum criticality, etc.)
Strongly Correlated Quantum Many-Body Systems, Quantum Field Theory, Quantum Critical Phenomena, Non-Fermi Liquids, Holography
Muon spin relaxation, Crystal growth, Electronic properties, Magnetism, High pressure, High magnetic fields
Development of radiation-based biomedical devices for the painless, in vivo measurement of toxic metals such as Pb, As, F, Al and Gd in bone, liver, and kidney.
Observational studies of galaxy evolution, galaxy groups and clusters, and dark matter halos.
Star formation, planet formation, astrobiology
Structure and dynamics of membranes and proteins using X-ray and neutron scattering techniques.
Theoretical soft condensed matter physcis, Self-assembly of block copolymers, Statistical mechanics of macromolecules and bilayer membranes
Blue Straggler Stars, Globular Cluster Formation and Dynamics
Condensed Matter Theory. Computational Quantum Many-Body Physics, Frustrated Magnets, Quantum Information, Numerical Methods, Parallel Computing.
Surfaces, films of a few atomic layers in thickness, and the artificially structured materials that can be made by combinations of these.
Computational Astrophysics: Cosmology, Galaxy Formation, Star Formation, Protoplanetary Disks, Hydrodynamics, Numerical Methods, Parallel Computing
Light Echoes from luminous transient events like supernovae
Star formation and the interstellar medium in galaxies; observational radio and far-infrared astronomy
Department of Physics & AstronomyMcMaster University ABB-241 1280 Main Street West Hamilton, Ontario, Canada L8S 4M1
Telephone Inquiries: +1 (905) 525-9140 ext.24559 Fax: (905) 546-1252Email Inquiries: firstname.lastname@example.org