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Click here for:Date: | TBA |
Time: | TBA |
Place: | NRC TBA |
Inquiries: | sjhwang@okstate.edu or osu-clpr@okstate.edu |
Date: | Tuesday (usually) |
Time: | 3:00-4:00 PM |
Place: | NRC TBA |
Inquiries: | jpw519@okway.okstate.edu |
Date: | Tuesday (biweekly, fall semester only) |
Time: | 4:30 PM |
Place: | PS 147 |
Inquiries: | physpaw@mvs.ucc.okstate.edu |
or by phone at 4-5815 |
Date: | Thursday |
Time: | 1:30-3:00 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Inquiries: | shaown@okstate.edu or milton@nhn.ou.edu |
Date: | Thursday |
Time: | 3:30-4:30 PM |
Place: | PS 110 |
Inquiries: | aihua@westlake.phy.okstate.edu or perk@okstate.edu |
Date: | Friday (bi)weekly |
Time: | 2:30 PM |
Place: | PS 147 |
Inquiries: | perk@okstate.edu |
Speaker: | Dr. James Harmon |
Department of Physics, OSU | |
Date: | Thursday, July 5, 2001 |
Time: | 3:30 PM |
Place: | PS 147 |
Title: | Making Sense of Chemical Sensors |
No talks scheduled
No talks scheduled
Wednesday, July 25, 2001, Room PS 147
3:00 PM | Jodie Treeman | Effects of Rough Surface on Heat Transfer in Turbulent Convection |
3:15 PM | David Klein | Temperature Dependence of F and F+ Center in Al2O3:C |
3:30 PM | Helen Hale | Viscous Fingering |
3:45 PM | Brian Thomas | The Detection of Excited Neutrals Sputtered from Semiconductor Surfaces |
4:00 PM | Travis Moore | Software Development for Computer Controlled Time-Resolved Anisotropy Measurement System |
Thursday, July 26, 2001, Room PS 147
3:00 PM | Jonathan Bryant | A Study of TPPS and the Effects of Light on its Photoconductivity |
3:15 PM | Todd Ferguson | The Effects of Ionizing Radiation on Undoped and Pre-doped Aluminosilicate Glass |
3:30 PM | Seth Koterba | Observing the Thermal Conductivity of Air with the Whispering-Gallery Modes of Microspherse |
3:45 PM | Louis Licate | Czochralski Growth and Characterization of Single Crystal LiF |
4:00 PM | John Quah | Engineering Work at Warlord, Inc |
No talks scheduled
No talks scheduled
Speaker: | Dr. Ben McMahon |
Theoretical Biophysics Group | |
Los Alamos National Laboratory | |
Date: | Thursday, August 16, 2001 |
Time: | 1:30 PM |
Place: | PS 147 |
Title: | Models of Protein Function |
Enzymes orient and polarize reactant molecules in order to catalyze particular reactions with high specificity. I will describe a model of covalent bond formation between CO and the heme iron atom in myoglobin [JCP 113:6831 (2000)] and results on the photosynthetic reaction center and cytochrome c oxidase which exemplify the role of electronic, vibrational, and conformational motions in influencing protein function. Emphasis will be on practical modeling techniques.
First week of classes
No talks scheduled
Speaker: | Dr. Joel Martin |
Department of Physics, OSU | |
Date: | Monday, August 27, 2001 |
Time: | 3:30 PM |
Place: | PS 147 |
Title: | The Causes of Color |
Dr. Joel Martin will discuss "The Causes of Color" by Kurt Nassau, which appeared in Scientific American, October 1980, pp. 124 ff. See also "How Optical Materials Respond to Light" by Thomas V. Higgins, Laser Focus World, July 1994, pp. 91-98.
The discussion will be held Monday, August 27, 2001 at 3:30 pm in Room 147 PS II
They are diverse, but they all stem from the same root: It is the electrons in matter, through their varied responses to different wavelengths of light, that make the world a many-colored place.
Note: Copies of the articles may be picked up (free of charge) in PS 145, the General Physics office, anytime prior to the discussion.
Everyone is welcome.
Speaker: | Dr. Phil Gutierrez |
Department of Physics and Astronomy | |
University of Oklahoma | |
Date: | Thursday, August 30, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Heavy Flavor Production at the Tevatron |
Postponed due to technical problems.
Speaker: | Charles Hunt |
Department of Physics | |
Oklahoma State University | |
Date: | Thursday, September 6, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Hazard Communications Training |
This Hazard Communications safety training presentation will cover the OSHA mandated hazardous communications requirements as implemented by OSU. The University requires that "All employees of Oklahoma State University must receive Hazard Communication training. All employees will include temporary, work-study, part-time, graduate assistants, teaching assistants, and full-time personnel." Attendance is required for all new employees. All other employees who have not attended within the last year are also required to attend as an annual review.
For more information contact Charles Hunt at 744-7478 or cahunt@okstate.edu.
For now, the talk is postponed
Speaker: | Dr. Nicholas Kotov |
Department of Chemistry, OSU | |
Date: | Monday, September 10, 2001 |
Time: | 3:30 PM |
Place: | PS 147 |
Title: | Nanotechnology |
Dr. Nicholas Kotov will discuss "Nanotechnology" partially based on three articles by Robert F. Service and Dennis Normile, which appeared in Science, 3 August 2001, Vol. 293, pp. 782-787.
The discussion will be held Monday, September 10, 2001 at 3:30 pm in Room 147 PS II
As a background, we suggest you read three brief "News Focus" articles from Science (August 3, 2001):
Note: Copies of the articles may be picked up (free of charge) in PS 145, the General Physics office, anytime prior to the discussion.
Everyone is welcome.
Postponed
Cancelled/Postponed due to tragic events in New York and Washington, DC.
Speaker: | Dr. Mike Strauss |
Department of Physics and Astronomy | |
University of Oklahoma | |
Date: | Thursday, September 20, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Recent Results on Jet Physics and Alpha_s |
Speaker: | Professor Ranga Komanduri |
Department of Mechanical & Aerospace Engineering | |
Oklahoma State University | |
Date: | Thursday, September 20, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Atomic Scale Simulations of Manufacturing Processes and Tribology |
Molecular Dynamics (MD) simulation is an extremely powerful technique for investigating atomic phenomenon. Almost all physical phenomena when considered at the fundamental level can be attributed, directly or indirectly, to the forces acting between the atoms that constitute the material. Atomic or molecular dynamics (MD) simulations are playing an increasing important role in the fields of materials science, physics, chemistry, tribology, engineering, biology to name some. This is because there is really no alternate approach to MD simulation capable of handling such broad ranging problems at the required level of details, namely, atomistic level. MD simulations are providing new data and exciting insights into ultraprecision machining that cannot be obtained readily in any other way - theory or experiment. In this presentation some examples of MD simulation of nanometric cutting and tribology will be presented.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. Refreshments will be served.
Speaker: | Dr. David Lien |
Department of Physics, OSU | |
Date: | Monday, September 24, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | The Color of Clouds |
Dr. David Lien will discuss "The Color of Clouds" partially based on
The discussion will be held Monday, September 24, 2001 at 3:30 pm in Room 110 PS II
Sunlight falling on water drops in the air can create a wide range of colors besides the well-known rainbow. Dr. Lien has been studying these beautiful apparitions and will share a number of beautiful slides and provide a general description of how the colors are created.
Note: Copies of the articles may be picked up (free of charge) in PS 145, the General Physics office, anytime prior to the discussion.
Everyone is invited to attend.
Speaker: | Dr. Ivan Cabria |
Department of Chemistry | |
George Washington University | |
Date: | Tuesday, September 25, 2001 |
Time: | 2:30 PM |
Place: | PS 147 |
Title: | Magnetic Properties of Impurities, Multilayers, and Adatoms on Surfaces |
Speaker: | Dr. Cosmin Macesanu |
Department of Physics | |
Oklahoma State University | |
Date: | Thursday, September 27, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | The Top Quark at Linear Colliders: QCD Corrections |
Speaker: | Dr. Patrick J. McCann |
School of Electrical and Computer Engineering | |
University of Oklahoma | |
Date: | Thursday, September 27, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Widely Tunable Mid-IR Lasers and Their Use in Molecular Spectroscopy |
Mid-infrared lasers made from IV-VI compound semiconductors exhibit tuning ranges of over 200 cm-1. In addition to allowing detection of a variety of molecular species with a single laser, such wide tunability enables detection of large molecules with broad absorption bands. This seminar will describe results from detailed measurements of IV-VI diode laser emission obtained using an automated Fourier transform infrared (FTIR) spectrometer testing system. Single-mode emission frequencies were determined for different combinations of heat sink temperature and injection current. These data were then used to design and perform molecular spectroscopy experiments in which laser emission wavelength was modulated by either current or temperature tuning. Injection current tuning over narrow spectral regions (up to 3 cm-1) allowed detection of various small to medium sized molecules such as carbonyl fluoride, nitric! oxide, carbon disulfide, and benzene, but failed to detect larger molecules such as toluene. Temperature tuning over at least 50 cm-1, however, enabled detection of large molecules such as toluene. This new technique extends the use of mid-infrared laser spectroscopy to measurement of large molecules that do not have resolvable ro-vibrational structure. This talk will also describe new IV-VI semiconductor materials and laser fabrication methods presently under development at OU. Recent accomplishments include demonstration of above-room-temperature cw mid-IR photoluminescence from PbSrSe/PbSe multiple quantum well (MQW) structures grown by molecular beam epitaxy (MBE) and development of a new substrate removal laser fabrication technique that should enable cw laser operation at room temperature.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. Refreshments will be served.
Fall Break
Speaker: | Dr. Kim Milton |
Department of Physics and Astronomy | |
University of Oklahoma | |
Date: | Thursday, October 4, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Theoretical and Experimental Status of Magnetic Monopoles |
Speaker: | Dr. James Harmon |
Department of Physics, OSU | |
Date: | Monday, October 8, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Chemical Sensors |
Dr. James Harmon will present his research on Chemical Sensors
The discussion will be held Monday, October 8, 2001 at 3:30 pm in Room 110 PS II
Everyone is invited to attend.
Speaker: | Peyman Ahmadi |
Department of Physics | |
Oklahoma State University | |
Date: | Thursday, October 11, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Influence of Rotation on Pulsar Radiation Characteristics |
Speaker: | Professor Stephen W.S. McKeever |
Department of Physics | |
Oklahoma State University | |
Date: | Thursday, October 11, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Radiation Dosimetry Using Luminescence |
The ever-more-stringent requirements for the accurate measurement of the radiation doses absorbed by humans, and the ever-increasing complexity of the radiation environments in which humans operate, continuously drives research to develop more sensitive, versatile and cheap radiation monitoring devices and procedures. Recent advances in instrumentation, materials and the understanding of the physics of radiation-induced luminescence from solid materials has led to an expansion of capability in the radiation monitoring community. This talk takes you through an overview of radiation, the need for dosimetry, the latest luminescence techniques, and discusses some of the newest applications and capabilities.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. All students are welcome! Refreshments will be served.
Speaker: | Dr. Sergei Odintsov |
Department of Physics | |
Tomsk Pedagogical University | |
Date: | Thursday, October 18, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Quantum Cosmology |
Speaker: | Professor Karen Leighly |
Department of Physics and Astronomy | |
University of Oklahoma | |
Date: | Thursday, October 18, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Narrow-Line Seyfert 1 Galaxies: A Key for Understanding Active Galactic Nuclei |
About 10% of galaxies have in their central regions very luminous emission that is at least as bright as the integrated star light in the galaxy. These galaxies are called "Active Galaxies", and their brilliant nuclear emission is thought to be powered by the extraction of the gravitational potential energy of gas falling (accreting) onto a "supermassive" black hole that is between 1 million and 1 billion times the mass of our sun.
While there are many similarities among AGNs, there is also a large dispersion among their properties. But a black-hole powered system is ideally rather simple, having only a few intrinsic parameters that can control what we see: the black hole mass, the black hole spin, the orientation of the line-of-sight to the symmetry axis, and the rate of accretion onto the black hole.
Early in the 1990's, a strong correlation among properties of AGNs was discovered. The properties involved represent emission from regions on size scales spanning 106 orders of magnitude. We now think that this correlation is driven by the rate of accretion. Narrow-line Seyfert 1 galaxies (NLS1s) lie at one end of this correlation and are inferred to experience relatively high rates of accretion. NLS1s provide in a sense a lever arm for understanding this correlation and the effect of accretion rate on active galaxies in general.
In this talk, I will describe how the accretion rate paradigm explains the properties of Narrow-line Seyfert 1 galaxies, and describe some recent results of the OU NLS1 research program.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. All students are welcome! Refreshments will be served.
Speaker: | Mr. Junren Shi |
Department of Physics | |
Oklahoma State University | |
Date: | Friday, October 19, 2001 |
Time: | 1:30 PM |
Place: | PS 147 |
Title: | Metal-Insulator Transition in Strongly Correlated Two-Dimensional Electron Systems |
Speaker: | Dr. K.S. Babu |
Department of Physics, OSU | |
Date: | Monday, October 22, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Solar Neutrinos |
Dr. K.S. Babu will discuss "Solar Neutrinos" partially based on
The discussion will be held Monday, October 22, 2001 at 3:30 pm in Room 110 PS II
Neutrinos are weakly interacting particles emitted in radioactive decays. They are produced abundantly in the solar core as products of nuclear fusion reactions. Several experiments carried out recently in deep underground laboratories on Earth have observed these solar neutrinos. This talk will review what we have learned from these experiments. Recent experiments have confirmed the "solar neutrino puzzle" that has persisted for many years. The observed flux of neutrinos on Earth is less than half of what is expected from the standard solar model. This puzzle can be explained if we suppose that neutrinos have tiny masses---contrary to the standard elementary particle physics lore that neutrinos are strictly massless. Such tiny masses will enable one type of neutrino to "oscillate" into another type and therefore remain hidden. Current status of this neutrino oscillation phenomenon will be reviewed.
Note: Articles can be picked up in the Physics Office (145 PS II) at no cost.
Everyone is invited to attend.
Speaker: | Dr. Tao Han |
Department of Physics | |
University of Wisconsin | |
Date: | Thursday, October 25, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | SUSY CP Phases, Electric Dipole Moment, and a Linear Collider |
Speaker: | Professor Tau Han |
Department of Physics | |
University of Wisconsin, Madison | |
Date: | Thursday, October 25, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | The Search For Extra Dimensions |
The possibility of existence of extra spatial dimensions has been fascinating physicists for many decades. After a brief review of the history, I describe the recent theoretical ideas about the possible existence of large extra dimensions. These new theories may lead to remarkable consequences at low-energy experiments as well as to astronomical and cosmological implications, and thus open new avenues to searching for extra dimensions. More recent theoretical conjectures in the context of large extra dimensions and low-scale quantum gravity will also be discussed.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. Refreshments will be served.
Speaker: | Professor Chung Kao |
Department of Physics and Astronomy | |
University of Oklahoma | |
Date: | Thursday, November 1, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | The Higgs Challenge |
The most important goal of future high energy colliders is to discover the Higgs bosons or to prove their nonexistence. In the Standard Model, one Higgs boson provides the mechanism by which elementary particles acquire mass. In the extensions of the Standard Model there are more Higgs bosons. I will briefly review the triumph of gauge symmetries from quantum electrodynamics to the Standard Model. Then, I will discuss the strategies to search for Higgs bosons of the Standard Model and the Minimal Supersymmetric Standard Model at the Fermilab Tevatron Collider, and the CERN Large Hadron Collider (LHC). In addition, I will discuss Higgs bosons in supergravity unified models and future challenges for particle physics.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. All students are welcome! Refreshments will be served.
Speaker: | Dr. R.J. Hauenstein |
Department of Physics, OSU | |
Date: | Monday, November 5, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Heteroepitaxial Semiconductor Structures |
Everyone is invited to attend!
Speaker: | Dr. Errol P. EerNisse |
Quartzdyne, Inc. | |
Salt Lake City, UT 84123 | |
Date: | Tuesday, November 6, 2001 |
Time: | 11:00 AM |
Place: | 102 Advanced Technology Research Center |
Title: | Quartz Crystals vs. Their Environment: |
Time Bases or Sensors? | |
(Keeping The World On Time and Your Tanks Full of Gas) |
Keeping accurate time in the presence of acceleration and temperature changes has been a problem for centuries. This talk starts with a review of the longitude problem for sailors in the 18th century and the novel solution provided by John Harrison. Some of the inventions he developed to provide a stable frequency source in a harsh environment have parallels in modern quartz crystal oscillators.
Modern telecommunications applications require performance standards for quartz crystals that are far above those of 18th century clocks. Performance has improved over recent years through extensive research on how to reduce quartz crystal reactions to environmental influences such as acceleration, force, and temperature transients, as well as to a host of manufacturing process variations. Some recent accomplishments and remaining challenges in the frequency control field will be presented.
During research on environmental influences, it became clear that instead of minimizing the influence of certain environmental effects, it was possible to maximize the influence. The field of quartz crystal sensors emerged. Examples that will be presented include high precision temperature and pressure transducers. These sensor applications are used in a variety of situations ranging from benign laboratory environments to the hostile environments at the bottom of an oil well.
The talk will conclude with a brief description of reliable oscillator circuitry used at temperatures as high as 225 °C.
Speaker: | Dr. Umar Mohideen |
Department of Physics | |
University of California, Riverside | |
Date: | Thursday, November 8, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Limits and Limitations from Casimir Force Measurements |
The archetypal Casimir force leads to an attractive force between two uncharged parallel metal plates placed in vacuum. The calculation of the exact value of this force is non-trivial as there are corrections due to the skin depth of the metal (conductivity correction), the smoothness of the metal surface (roughness correction) and the thermal photons that are present (temperature correction). The last correction is even controversial. Nevertheless the Casimir force measurements place some of the best limits, at some distance ranges, on the existence of exotic particles and extra dimensions that are hypothesized by modern unification theories.
Speaker: | Dr. Syun-Ru Yeh |
Department of Physiology and Biophysics | |
Albert Einstein College of Medicine, Bronx, New York | |
Date: | Thursday, November 8, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Shedding New Light on Protein Folding |
To catch a glimpse of the complete molecular picture of a protein folding reaction is one of the major challenges for protein biophysicists and chemists. A central problem lies in clarification of the early folding events which occur within a few milliseconds and are un-resolvable in the past with conventional stopped-flow systems. In our laboratory, we have developed a rapid solution mixer with a dead-time of 100 microseconds, which is more than one order of magnitude faster than that of a stopped-flow instrument. With this state-of-the-art sub-millisecond mixer, combined with resonance Raman and infrared spectroscopy, we have resolved the folding reaction of cytochrome c into two phases. In the first phase, the conformational space is dramatically reduced through a kinetically controlled rapid condensation of the polypeptide chain without fine-tuning of the protein structure. It is followed by a second phase in which the secondary structure is formed and the tertiary structure is reached through a thermodynamically controlled reaction. This biphasic mechanism guarantees that the protein folds into its unique native conformation with high efficiency and fidelity.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. All students are welcome! Refreshments will be served.
Speaker: | Dr. Jacques H.H. Perk |
Department of Physics | |
Oklahoma State University | |
Date: | Friday, November 9, 2001 |
Time: | 1:30 PM |
Place: | PS 147 |
Title: | New Results for Susceptibilities in Planar Ising Models: |
Universality and Corrections to Scaling |
Speaker: | Professor Kaladi S. Babu |
Department of Physics, OSU | |
Date: | Thursday, November 15, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Left-Right Supersymmetry and its Experimental Consequences |
This week, instead of the Physics Colloquium, we will have an informal gathering of physics faculty and students in Physical Sciences Room 147 starting at 3:00 PM.
All students are welcome! Refreshments will be served.
Speaker: | Dr. Aihua Xie |
Department of Physics, OSU | |
Date: | Monday, November 19, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Photons and Protons in |
Physics of Proteins |
Everyone is invited to attend!
Thanksgiving
Speaker: | Dr. I. Gogolardze |
Department of Physics, OSU | |
Date: | Thursday, November 29, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | SUSY GUT and Neutrino Mass |
Speaker: | Dr. Jerzy Krasinski |
School of Electrical & Computer Engineering | |
& Center for Laser and Photonics Research | Oklahoma State University |
Date: | Thursday, November 29, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Measurements of Ultrashort Pulses with FROG |
Generation and measurement methods for ultrashort pulses will be discussed. Autocorrelation and Frequency Resolved Optical Gating will be analyzed. Simplification of FROG system will be described.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. All students are welcome! Refreshments will be served.
Prefinals Week
Speaker: | Professor Al Rosenberger |
Department of Physics | |
Oklahoma State University | |
Date: | Thursday, December 6, 2001 |
Time: | 3:30 PM |
Place: | PS 110 |
Title: | Microsphere Whispering-Gallery Modes as Sensitive Environmental Probes |
Optical whispering-gallery modes of fused-silica microspheres have resonant frequencies that tune with temperature and they also have transverse profiles with evanescent components outside the sphere. These properties, in conjunction with the very high quality factors of these modes, are exploited in making sensitive measurements of the thermal conductivity and optical absorption coefficient of the surrounding medium. Novel methods for measuring thermal accommodation coefficients, trace-gas density, and chemical concentration in solution will be presented. Several related investigations, both fundamental and applied, will also be described.
The traditional student-speaker chat will begin in Physical Sciences Room 147 at 3:00 PM. Refreshments will be served.
Finals Week
Speaker: | Dr. Terry Hart |
Department of Physics | |
Ohio State University | |
Date: | Thursday, December 13, 2001 |
Time: | 1:30 PM |
Place: | Studio D, Classroom Building, Room 106A, OSU |
& Bizzell Library, Room 104, OU | |
Title: | Measurement of the Lambdac+ and Cascadec+ Lifetimes at CLEO |
Last Updated: .
This page was prepared by Helen Au-Yang and Jacques H.H. Perk.
jhhp@jperk.phy.okstate.edu