Colloquia
Colloquia
Past Events
- Nuclear Central Asia (Professor Bekhzod Yuldashev, CISAC, Stanford University) -
- Mega-joule experiments on the National Ignition Facility - on the road to produce a microscopic star in the laboratory (Siegfried Glenzer, Lawrence Livermore National Laboratory) -
- Snap-shots of Biological Function With a Femtosecond Camera (Jennifer Ogilvie, University of Michigan) -
- Molecular Ions, Trapped and Slowed. Now What? (Brian Odom, Northwestern University) -
- A particle physicist's adventures with topological insulators (Andreas Karch, University of Washington) -
- miniXS Evolution: From Gadget to Instrument to Science (Gerald Seidler, UW Physics) -
- Electron transport in high mobility nanostructures (Anton Andreev, UW Physics) -
- CMS results from the first year of operation of the LHC (Ivan Furic, University of Florida) -
- CMS results from the first year of operation of the LHC (Ivan Furic, University of Florida) -
- Spinning Atoms with Light: a new “twist” on deBroglie-wave optics (William D. Phillips, NIST and University of Maryland) -
- Entanglement of trapped ions and photons: quantum computing and loophole-free Bell inequality tests. (Boris Blinov, University of Washington) -
- Towards quantum magnetism with ultracold atoms (Wolfgang Ketterle, Massachusetts Institute of Technology) -
- Prospects for detecting new states of matter inside neutron stars (Sanjay Reddy, Los Alamos National Laboratory) -
- Diatomic Molecules as Quantum Tools (David DeMille, Yale University) -
- Quantum Networks with Ions, Phonons, and Photons (Chris Monroe, University of Maryland and NIST) -
- A tour of neutron-rich matter in the universe (Achim Schwenk, ExtreMe Matter Institute (EMMI) and Technical University Darmstadt) -
- Phase transitions in nanostructures (David Cobden, UW Physics) -
- Beyond Landau: Deconfinement and Topology in Quantum Solids (Ashvin Vishwanath, University of California, Berkeley) -
- A Pulsar Timing Array for Gravitational Wave Detection (Maura McLaughlin, West Virginia University) -
- Mechanical force in nanoscale biology: from protein folding to enzyme kinetics (Wesley Wong, Harvard) -
- Addressing Nuclear Data Needs for Advanced Nuclear Energy Systems (Bethany Goldblum, University of California, Berkeley) -
- Fact and Fraud: Tales from the front lines of science (David Goodstein, California Institute of Technology) -
- From prediction of structure to design of function (David Baker, UW Biochemistry) -
- Localizing Light in Photonic Micro- and Nanostructures: Biosensing and BioInspired Engineering (Frank Vollmer, Harvard) -
- Optical spintronics in solids for quantum information processing (Kai-Mei Fu, HP Labs) -
- Recent Breakthroughs in the Physics of Black Hole Accretion Flows (Omer Blaes, UC Santa Barbara) -
- Digital Synthesis: A pathway to new materials and novel collective states (Anand Bhattacharya, Argonne) -
- Coherent light-matter interactions: shining new light on nanotechnology (Alan Bristow, JILA, UC Boulder) -
- Manipulating Motion with Light: Cavity Optomechanics in Nanophotonic Structures (Qiang Lin, CalTech) -
- Structuring a bacterial chromosome (Paul Wiggins, Massachusetts Institute of Technology) -
- Hybrid Quantum Information Processing with Circuit QED (David Shuster, Yale) -
- Ultrafast physics in photosynthesis: Mapping sub-nanometer energy flow (Naomi Ginsburg, UC Berkeley) -
- Microwave microscopy of local conductivity – from nano-devices to phase separation in complex materials (Keji Lai, Stanford) -
- Metallic Ultra- Thin Films and Nanostructure (Charlie Falco, University of Arizona) -
- Optically probing Electron Spin and charge in solid state nanostructures (Xiaodong Xu, Cornell) -
- Revealing Biological Mechanisms with Mathematical Modeling and Fluorescence Microscopy (Michael Rust, Harvard) -
- Unlocking the Power of Non-linear and Ultrafast Optics in Biology: Applications to New Tools for Bio-imaging and Neuroscience (Alipasha Vaziri, Howard Hughes Medical Institute) -
- Real-Time Measurements, Long Tails, and Rogue Events (Daniel Solli, UCLA) -
- TBA (Paul Kinahan, UW Imaging Research Laboratory) -
- What are Efimov States and How are they Observed in Ultracold-Atom Experiments? (Vitaly Efimov, UW Physics) -
- Molecular Gymnastics: The Dynamic Binding Orientations of HIV Reverse, Transcriptase (Elio Abbondanzieri, Harvard) -
- Sam Fain''s Legacy- Keep it Simple! (Part of the Sam Fain Symposium) (Renee D. Diehl, Pennsylvania State University) -
- Physical Approaches to Sequencing DNA (Aleksei Aksimentiev, University of Illinois at Urbana-Champaign) -
- Is the Universe (Statistically) Isotropic? (Marc Kamionkowski, California Institute of Technology) -
- Searching for Neutrinos from Extreme Accelerators in Antarctic Ice (Spencer Klein, Univ. of California, Berkeley) -
- Nucleon Close Encounters (Mark Strikman, Pennsylvania State University) -
- Comprehensive Control of Atomic Motion (Mark G. Raizen, University of Texas at Austin) -
- Quantum Control and Measurement: Two Keys to Quantum Information Processing (Ivan Deutsch, University of New Mexico) -
- An Improved Limit on Permanent Electric Dipole Moment (EDM) of 199Hg (Thomas Loftus, UW Physics) -
- Dark Energy: Taking Sides (Rocky Kolb, Fermi National Accelerator Laboratory and University of Chicago) -