Bagi Para Guru

Spinometer

Downloadable files

• graphScreen$calcHandler.class - 1 kB
• graphScreen$scrollManager.class - 1 kB
• graphScreen.class - 4 kB
• MANIFEST.MF - 0 kB
• spinometer.class - 5 kB
• spnModel.class - 5 kB

Or you may download all files as a compressed zip archive.

Submission Information
Authors	Doug Mounce
Contact Email	mounce@u.washington.edu
School / Organization	University of Washington
Submitted	09/10/29
Updated	09/10/29
Contribution Description
Title	Spinometer
Simulations	eksperimen Stern-Gerlach
Keywords	quantum, mechanics, nuclear, magnetic, resonance
Description	This demonstration illustrates the AC Stark, Stern-Gerlach, and Quantum Zeno effects as they are manifested during continuous interferometric measurement of a two-state quantum system (qubit). A simple yet realistic model of the interferometric measurement process is presented, and solved to all orders of perturbation theory in the absence of thermal noise. The student can change the axes of measurement and see the effects that would appear on an oscilloscope in a real experiment. These outputs range from a telegraph signal with extreme measurement through the ergodic wandering across the Hilbert Space to a synoptic tuning in-between.
Level	Undergraduate - Advanced
Type	Demonstration
Subject	Physics
Duration	30 minutes
Answers Included	No
Language	English

Standards Compliance

	Content Level
Content Standard	K-4	5-8	9-12
Science as Inquiry - A
Physical Science - B
Life Science - C
Earth & Space Science - D
Science & Technology - E
Science in Personal and Social Perspective - F
History and Nature of Science - G

Nominations for Gold Star

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Reason for nomination

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