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Physics, Astronomy and Engineering News October 12, 2006 |
Seminar Today
Title: "Cryogenics" -- by Eric Brorman Title: "Dark Matter Exists" -- by Vincent Harr Time: 4:00 PM on Thursday
Place: Science Room 334 All students and faculty are welcome to attend our seminars. Refreshments will be served. The seminar will be followed by an SPS meeting at 5pm in room 323.
Open House - Friday the 13thThe SFA Observatory will be open to the public on the following days weather permitting:
There will be a bus to transport you to the SFA observatory at 8:00pm at the commuter's bus stop (located behind the Steen Library). See building 48 on this map: http://www.physics.sfasu.edu/astro/springmeeting/CampusMap.jpg In addition to our public viewing session at the SFA Observatory you may also want to attend a planetarium show on a Friday night at 7pm. The planetarium is located in building 53 on the map linked above. Here's the planetarium schedule: http://www.physics.sfasu.edu/planetarium/index.htm Dynamics Schedule? For the Spring 2007 Semester, as it is scheduled now PHY 321L (2-4:50 pm) overlaps with MTH 333L by 15 minutes. Please contact Dr. Downing if you have any problem with PHY 321L running from 2:30-5:20 on Mondays to resolve this overlap problem.
Quantum Computing Seminars "Quantum Computing in Infinite Dimensions" Part 1 4 lectures by Jeremy Becnel The next lecture will be held at 4pm, Monday, October 16 @ Math/Nursing Room 357 Oct 9, Oct 16, Oct 23, & Oct 30 Abstract: We introduce the postulates of Quantum Mechanics and demonstrate how a finite dimensional Quantum Mechanical system can be used to perform computational task. Using these notions we develop the Shor algorithm for factoring an integer. The series will start with a introduction to Quantum Mechanics as it relates to Quantum Computing. Examples and algorithms in finite dimensions will be introduced, most importantly the famous Shor algorithm for factoring. We will then use distribution theory to extend these ideas to infinite dimensional spaces. Next we construct an algorithm to find the unknown integer period of a periodic function on the real line, which can be thought of as a continuous extension of the Shor algorithm. We further extend these ideas to be able to perform algorithms on functions whose domain is a Hilbert space. In order to do this, we use White Noise Distribution Theory, which is a combination of Probability Theory and Functional Analysis. Science News ASSIST movie from MIT
Americans win Nobel physics prize
Software finds missing 'a' in Armstrong's moon quote
CNN Video: Phones that Scream
Novarupta
T-Shirt
Movie: Working together really well!
Astronomers find supernova first spotted in A.D. 185
Face on Mars -- Recent Images
Earth as seen From Saturn
Autumnal Equinox: Vertical Lines on the Sunlit Earth
Movie: Magic Quarter with Chriss Angel?
Movies: The World's Safest Table Saw
The space station is really growing!
Feel free to send any interesting links that you find. This email message is sent to students, alumni, faculty, staff and friends of the department. If you would like to be removed from the emailing list or are getting multiple copies of these newsletters, then feel free to reply to this message with your request. Clear skies,
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