1. General Information general information. physics Laboratory. Evening Degree Master's Program in Applications of physics Nonlinear Dynamics and chaos. Laser physics. Liquid Crystal Devices http://www.phys.washington.edu/Department/Gradweb/Eve_GeneralInfo.html

General Information Admissions Requirements Courses Offered General Information Physics Laboratory. Evening Degree Master's Program in Applications of Physics Program Overview Target Audience This program is especially designed for students currently employed full-time who have an undergraduate degree (or equivalent background) in physical sciences, engineering, mathematics, or computer science. This program offers: Basic graduate-level courses for returning students Special content courses for science teachers Technical courses for working scientists and engineers Faculty All physics classes are taught by full-time UW Physics faculty. Program Structure Evening courses, which meet two nights per week, may be taken either individually or as a course of study leading to a Master of Science degree in physics. Students may complete the requirements in three years by enrolling in one late afternoon or evening class each quarter of the academic year. Students may take classes at a faster pace if they wish to complete the program in a shorter time. Courses of study emphasizing particular areas can be arranged according to individual interests. Some possibilities in recent years have included: Acoustics Laser physics Mathematical modeling Optics Surface physics Physics instrumentation Physics education The program includes a sequence of "core" courses encompassing both classical and quantum physics, and specialized courses, which are varied each year. The core courses, Electromagnetic Theory, Quantum Physics, and Applications of Quantum Physics, provide background for the study of specialized topics and introduce applications from the outset. They are especially designed for returning students who are beginning graduate study after several (or many) years in the workplace, and who have an interest in applications of physics or related fields.

2. BGU Physics Department Homepage BGU physics Department. general information and Links physics, physics of nanostructures and Surface physics, Nonlinear physics, Quantum chaos, Nonlinear Optics and http://www.bgu.ac.il/physics/phys_general.html

BGU Physics Department General Information and Links Department of Physics Ben-Gurion University Beer-Sheva 84105, Israel Map and directions Tel: +972-8-6461567 Fax: +972-8-6472904 E-mail: physics@bgumail.bgu.ac.il http://www.bgu.ac.il/physics Chair: Prof. Gad Gorodetsky Links to Israeli physics sites Links to world-wide physics sites BGU Links Department Overview The Physics Department conducts active experimental and theoretical research programs in many cutting edge areas of current interest. These include projects in Elementary Particles and Fields, Astrophysics and Gravitation, Condensed Matter and Mesoscopic Physics, Physics of nanostructures and Surface Physics, Nonlinear Physics, Quantum Chaos, Nonlinear Optics and Lasers, Quantum Optics, Atomic and Molecular Spectroscopy, Radiation Physics, Biophysics and Medical Physics. There are currently over thirty senior staff members aided by ten post-doctoral fellows, several visiting scientists and, as well, over twenty research fellows. Many of the latter also conduct independent research and have been awarded research grants from highly competitive agencies. An additional three staff members are jointly affiliated with the Department of Energy and Environmental Physics situated in the Jacob Blaustein Institute for Desert Research at the Sde Boker campus. Our Physics Department is responsible for the teaching of Physics to all the units of the University and full programs of study are offered leading to the B.Sc., M.Sc. and Ph.D. Degrees in Physics. Many of the Physics staff carry out collaborative research in both experimental and theoretical areas in leading research centers in Europe and the U.S.A. The undergraduate program is highly diversified, offering joint "study tracks" combining Physics with other disciplines such as Computer Science, Electro-Optics, Materials Engineering and Electrical Engineering.

3. General References It turns out that an eerie type of chaos can lurk just behind a facade of order and yet, deep inside the chaos lurks an even eerier type of order - Douglas Hofstadter. is geared towards the physics audience. While it does means, but tons of useful information Graduate Level. http://www-chaos.umd.edu/publications/references.html

General References It turns out that an eerie type of chaos can lurk just behind a facade of order - and yet, deep inside the chaos lurks an even eerier type of order - Douglas Hofstadter. I realize that it is difficult and frustrating when one tries to tackle a new subject, especially one as multifaceted and cross-disciplinary as the field of chaotic dynamics. I know; I was there once - awed by the immensity and complexity of the subject. Heck, I am still there, wide-eyed and all! In any case, I hope the following list of books will help you on your way to being enlightened. Feel free to email me any worthwhile additions and/or corrections at lpoon@chaos.umd.edu Help! I try to keep up with the influx of new books, but I can't do it by myself. After several requests for inclusion of more specialized texts, I have hit upon a possible solution. Instead of trying to keep up with all the new chaos books, I welcome submissions from people who feel strongly and positively about any particular book. I would appreciate it if the submission includes a short review that points out the various aspects of the book (eg. good points, bad points, intended audience, etc.) Submissions in the more specialized areas are especially welcome. I can't promise to accept all submissions, but if I do, I will give the proper acknowledgments. Direct your submissions to lpoon@chaos.umd.edu

4. General Information general information. Correspondence and information should be directed to here isin the areas of astrophysics, nonlinear phenomena and chaos, optics, optical http://www.physics.miami.edu/main/grad_info.html

General Information Select from the following: Programs of Study Experimental Research Research Facilities Financial Aid ... Undergraduate Information and Class Links Correspondence and Information should be directed to: Prof. Josef Ashkenazi Chairman of the Graduate Recruitment Committee Department of Physics University of Miami P.O. Box 248046 Coral Gables, FL 33124, USA Telephone: (305) 284-2323/3, Fax: (305) 284-4222 E-mail: ashkenazi@physics.miami.edu Programs of Study The Department of Physics offers programs leading to the M.S. and Ph.D. degrees, and both thesis and non-thesis M.S. tracks are available. Usually a Ph.D. student devotes the first year mostly to basic courses, and takes the qualifying exam at the first January following his arrival. Students should become involved with a research project by the second year, and after passing the qualifying exam, must present the beginnings of a research project to a committee within six months. This presentation will normally turn into a dissertation, but the student is not bound to it and can switch to another project or even another area of research later. Experimental Research Experimental research here is in the areas of astrophysics, nonlinear phenomena and chaos, optics, optical oceanography, and solid-state physics. Theoretical research is in elementary particles, environmental optics, plasmas, nonlinear phenomena and chaos, and solid-state physics. In addition to the research projects, the activities of research groups include seminars where both visitors and the department faculty and graduate students present results of their research.

5. NYU Physics General Information NYU Department of physics. general information. ANDRE AND BELLA MEYER source imaging), nonlinear dynamics (chaos, turbulence, stochastic webs, anomalous transport), statistical http://www.nyu.edu/gsas/dept/physics/gen_info.html

NYU Department of Physics General Information ANDRE AND BELLA MEYER HALL 4 WASHINGTON PLACE NEW YORK, N.Y. 10003 (212)998-7700; Fax: (212) 995-4016 CHAIR OF THE DEPARTMENT: Professor Peter M. Levy, (212) 998-7711, levy@nyu.edu DIRECTOR OF GRADUATE STUDIES: Professor Allen Mincer, (212) 998-7708, dgsphys@acf2.nyu.edu DIRECTOR OF UNDERGRADUATE STUDIES: Professor Patrick Huggins, (212) 998-7704 About the Department Physics is the most fundamental and highly developed of the natural sciences. It embraces our quest for understanding the basic nature and interactions of matter from the smallest sizes imaginable to the universe itself. The principal ideas of physics such as relativity, the quantum theory, and the expanding universe are major features of the intellectual landscape of our modern world. The practical applications of the discoveries of physicists are among the main driving forces of new technology. Physics comprises many distinct subfields, from atomic physics and cosmology to neuromagnetism and biomechanics, all of which share a common approach to understanding the fundamental aspects of nature. Physics is the study of the basic principle of nature. Because of this, physics underlies many other sciences, has important relations to engineering and technology, and plays a key role in many interdisciplinary fields. The great diversity in the applications of physics and its methodology means that a graduate training in physics can serve many purposes. The primary objective of the graduate program is to prepare students for independent research in experimental or theoretical physics. Students may pursue courses of study and research leading to the M.S. and Ph.D. degrees. For most of our students, the education goal is the doctorate; in addition to being a research degree signifying preparation for a career in teaching and research at the university level or in research in industrial and government laboratories, it also serves as a step toward a career in an applied or interdisciplinary field.

6. Phys406 General Information chaos is the law of ideas, of improvisations, and seasons of belief. Wallace Stevens. general information. COURSE physics http://prisma.foe.calpoly.edu/phys406f00web/ph406f00geninfo.html

CAL POLY * SLO Fall 2000 Physics 406: Quantum Mechanics II The law of chaos is the law of ideas, of improvisations, and seasons of belief -Wallace Stevens GENERAL INFORMATION COURSE : Physics 406, Quantum Mechanics II Lecture: Section 01, MWF 12:10-1:00P PREREQUISITE : Physics 405 If you have any questions about your preparation for this course, see me immediately. INSTRUCTOR : Neil Fleishon, Office: 52-E15, Phone: 756-2458. e-mail: nfleisho@calpoly.edu website: http://prisma.foe.calpoly.edu Office hours: M 1:00p-2:00p, W 1:00p-2:00p, R 4:00p-5:00p, F11:00a-12:00p or by appointment. TEXT Introduction to Quantum Mechanics, by D.J. Griffiths (Prentice-Hall, 1995) is required. The plan is to cover at least chapters 4, 6, 9 of the book in this course. Different people learn in different ways. Our text may not be the one for you. At this point in your physics life, you must actively pursue your subject by seeking different emphases and levels of sophistication. Library shelves abound with quantum physics textbooks which generally follow the class presentation. Seek them out, as understanding grows from repetition and differing viewpoints. I suggest that you always study with your Physics 211 book close at hand.

7. Courses Of Study: Physics PHYS 481, Quantum information Processing (also PHYS 681 and Mechanics, NonlinearDynamics, and chaos (also PHYS PHYS 553554, general Relativity (also ASTRO 509 http://cuinfo.cornell.edu/Academic/Courses/CoScourses.phtml?college=AS&dept=Phys

8. Info Further information on the conference may be FRIDAY AFTERNOON chaos, Complexity,and Self SATURDAY MORNING - general physics; chaos, Complexity and Self http://cr.middlebury.edu/sciences/physics/nesaps/info.html

APS New England Section/ AAPT Joint Spring Meeting March 30 - 31, 2001 Middlebury College Middlebury, Vermont General Information Program Banquet Registration Abstract Submission http://www.aps.org/meet/meet-abstract.html Submitting abstracts via e-mail : Contributers must create their abstracts from an electronic template supplied by the American Physical Society. The template and instruction files for the contributed abstracts can be obtained by sending email to abs-request@aps.org with the phrase request in the message. Invited speakers should refer to their letters of invitation for instructions on receiving the invited template. Those contributers who are absolutely unable to submit an abstract via the web or electronically should contact meetings@aps.org. Home General Information Program Invited Talks ... AAPT Abstracts

9. Phys405 General Information chaos is the law of ideas, of improvisations, and seasons of belief. Wallace Stevens. general information. COURSE physics http://prisma.foe.calpoly.edu/phys405sp00web/ph405sp00geninfo.html

CAL POLY * SLO Spring 2000 Physics 405: Quantum Mechanics I The law of chaos is the law of ideas, of improvisations, and seasons of belief -Wallace Stevens GENERAL INFORMATION COURSE : Physics 405, Quantum Mechanics I Lecture: Section 01, TR 9:10a-11:00a, Bldg. 38-123 PREREQUISITE : I take the prerequisites very seriously, and assume that you are familiar with the topics covered in prerequisite courses. These topics include: basics of complex variables basics of linear algebra (finite dimensional matrices) solutions of ordinary differential equations transformations to polar and spherical coordinates basics of vectors When we get to these areas (which we will very quickly), I will review for "memory jog" purposes. This review will probably be way too fast and useless unless you already have a good idea of what is going on. If you have any questions about your preparation for this course, see me immediately. INSTRUCTOR : Neil Fleishon, Office: 25-223, Phone: 756-2458. e-mail: nfleisho@calpoly.edu

10. Dr. Mark H. Shapiro's Research And Teaching Interests At Cal State Fullerton I'm currently serving my third threeyear term as a physics Councilor for StartingPoint is a good place to start a search for general information on the World http://chaos.fullerton.edu/Shapiro.html

Dr. Mark H. Shapiro Professor of Physics, Emeritus (1970) A.B. University of California, Berkeley M.S. University of Pennsylvania Ph.D. University of Pennsylvania Office: McCarthy Hall - MH-661 Phone: (714) 278-3884/(714) 278-3366 FAX: (714) 278-5810 e-mail: Graduate Advising Dr. Shapiro is serving as the Physics Department Graduate Advisor during the Fall 2002 semester. Note that starting with the Spring 2003 semester Dr. Heidi Fearn will be serving as Graduate advisor. After January 1, 2003 each entering graduate student should arrange for an appointment with Dr. Fearn to discuss his or her plan of study. Please call Sheree Traub in the department office [(714) 278-3366] to schedule an appointment. Dr. Shapiro's Research Interests: For the past 15 years my research efforts have focused mainly on molecular-dynamics simulations of ion-surface interactions. I am interested in learning more about the basic physics of atom and cluster ejection from surfaces (sputtering), collision cascades, and energy loss by atoms and clusters as they penetrate surfaces. Several undergraduate students from CSUF, Caltech, and other CSU campuses have participated in this research. Currently, CSUF graduate student Ping Lu is working with me on these projects.

11. Courses And Proficiency Exams, Physics Illinois Home. Course information. Spring 2003 general physics. (E M, Light, XRays, Atoms, Relativity) Behavior of Complex Systems chaos, Fractals, and Artificial Life http://web.physics.uiuc.edu/education/courses

Key Dates New Courses Proficiency ... Department Home Course Information Spring 2003 100-level Courses 200-level Courses 300-level Courses 400-level Courses No. Title and Homepage Instructor General Physics (Mechanics, Heat, and Sound) Usenet Mats Selen Vijay Pandharipande Enrico Gratton ... General Physics (Mechanics) Usenet Douglas Beck Tony Liss Tom Junk ... General Physics (Thermal Physics) Usenet Lance Cooper James Wolfe Dale Van Harlingen ... General Physics (Waves and Quantum Physics) Usenet Lance Cooper James Wolfe Dale Van Harlingen ... Practical Physics: How Things Work A Course for Nonscientists Laura Greene Special Problems (Supplement to Physics 140) Nuclear Weapons, Nuclear War and Arms Control

12. Particle-Surface Resources On The Internet Contrary to the title, also contains links to general molecular dynamics resources.Category Science Chemistry Computational...... of physics and Astronomy includes information about the John Venables' page at ArizonaState University offers a number of general resources related http://chaos.fullerton.edu/mhslinks.html

Particle-Surface Resources on the Internet This page is maintained by Dr. Mark H. Shapiro at the Department of Physics, California State University, Fullerton . The information is believed to be accurate; however, use of the information is at your own risk. Mention of commercial services or suppliers does not constitute an endorsement. The information is provided purely as a convenience to the research community. Please e-mail me ( ) with any internet resource that would be useful to the particle-surface research community. I will add it to this list. Likewise, if you find that a link or other resource has moved, or is no longer available, please let me know. Mailing Lists, Gophers, FTP sites, etc.: Conferences without a WWW page are listed at the bottom of this section. Conferences with a WWW page are listed at the bottom of the next section. The Particle-Solid mailing list is an excellent means to send e-mail to the particle-surface community. The e-mail address for the list is psolid@ee.surrey.ac.uk

13. Cookies Required Editorial Supervisor chaos American Institute of physics Suite each issue; also seegeneral information for authors For general format and style, consult recent http://ojps.aip.org/chaos/chosubmit.html

This service requires a web browser that supports and accepts cookies. You have been redirected to this page for one of the following reasons: You are using a browser that supports cookies, but cookies are disabled. You are using a browser that does not support cookies. Browsers that support cookies: You may be using a browser that does Browser Configuration Guide for instructions on how to locate and configure your browser preferences to accept cookies. Once you have enabled cookies, you may continue to the URL you requested or return to previous page Browsers that do not support cookies: If you are using a browser that does not support cookies, such as Mosaic, cookie-capable browsers are available free from , and Microsoft Corporation . We strongly recommend using to take advantage of all OJPS features. If you require additional assistance setting up your browser to access OJPS, please contact us via e-mail at onlinehelp@aip.org , or by phone (toll-free in the U.S. and Canada) at 1-800-874-6383. How does this system use cookies?

14. Journal Information chaos, Soliton and Fractals (Tables of Contents 1995 1997) Volumes general Informationof Journals; Books, Book Series and Dictinaries in physics in Elsevier http://www.phy.hw.ac.uk/resrev/ndos/journal.html

Journal Information On-Line Journals: See HW Library See ScienceDirect Physical Review A B C D E L PRA Volumes (1997 - ) ... Physics Letters A or Physics Letters A Volumes (1998 - ) Physics Reports - A review section of Physics Letters Volumes (1992 - ) ... Physica D (Elsevier) or Physica D (Elsevier) Volumes (1997 - ) International Journal of Bifurcation and Chaos Volumes (1997 - ) ... Journal of Optics B: Quantum and Semiclassical Optics Volumes (1999 - ) Optics Letters, JOSA A, JOSA B, Applied Optics, Optics Express Progress in Quantum Electronics Volumes (1995 - ) Journal of The Franklin Institute Volumes (1998 - ) International Journal of Theoretical and Applied Finance Volumes (1998 - ) Studies of Nonlinear Dynamics and Econometrics (SNDE) On-line SNDE Journal, Volumes (1996 - ) SIAM Scientific Computing Volumes (1996 - ) ... Jouranl of Clinical Investigation Volumes (1996 - ) Annals of Biomedical Engineering Volumes (1998 - ) Biophysical Journal Volumes (1976 - ) Signal Processing Volumes (1994 -) SPIE Journal On-Line General Information of Journals Physical Review A B C D E L PACS Numbers Author Status Inquiry Manuscript Web-Based Submission ... Journals, Books, Book Series and Dictinaries in Physics

15. Heriot-Watt Physics Research Information Nonlinear Dynamics, chaos and Complexity. Nonlinear Dynamics Group Pages. OptoelectronicDevices, Interconnects and Computing. Optical Fibre physics and http://www.phy.hw.ac.uk/resrev/general.html

The Physics Department at Heriot-Watt is strongly research oriented with approximately 30 Postdoctoral Research Associates and 40 PhD students at any one time. The research interests are wide ranging from semiconductor physics, optoelectronics, material science and nonlinear physics. The following Research Groupings exist within the department The Physics of Optoelectronic and Other Functional materials Nonlinear Optics Group Semiconductor Theory Group II-VI Semiconductors Growth and Materials Science Nano-optics Group pages ... High-temperature Superconductivity Nonlinear Dynamics, Chaos and Complexity Nonlinear Dynamics Group Pages Optoelectronic Devices, Interconnects and Computing Centre for Integrated Optoelectronic Systems(CIOS) Diffractive Optics Group Pages System for Transparent Avionics(STAR) Enabling Technologies for Quantum Information Systems(EQUIS) ... Optically Interconnected Computing Group Optical Fibre Physics and Technology Fibre Optics Group Website Laser Device Physics and Applications Laser Resonator Physics Industrial Application of Lasers High Power Laser Technology and Applications Ultrafast Optics Group Others Cairngorm weather station and webcam page Remote Atmospheric Sensing EPSRC Final Reports Page last updated at 18:50 on 25 Apr 2002

16. MFF > Faculty > General Information conferences ADBIS (Advances in Databases and information Systems) and the also topicsbeyond the nuclear physics (quantum chaos, general properties of http://www.mff.cuni.cz/fakulta/soucasnost/

Faculty of Mathematics and Physics CU MFF Faculty General information The Faculty of Mathematics and Physics Today T he Faculty of Mathematics and Physics offers undergraduate and postgraduates courses in Computer Science, Mathematics and Physics. It also offers an undergraduate program for would-be teachers of Computer Science, Mathematics and Physics. The Faculty has nearly 1750 postgraduate and undergraduate full-time and more than 500 part-time registered students the current academic year (1997/98). An integral part of the pedagogic and research activity are international contacts. The 726 trips to 40 countries took place in 1997, totalling more than 13,500 days. We have welcomed 322 colleagues from 33 countries in addition to the many participants at meetings and conferences. The Faculty was the main organizer of 24 conferences with more than 2,500 participants, and co-organizer of 14 international symposia. Several Faculty members were key speakers at conferences abroad. This confirms the high quality of the research carried out at the Faculty. The success of the staff is important not only for the good name of the Faculty and that of Charles University, but also stimulates interest among the young to study natural sciences. Last but not least it provides an important and necessary financial contribution to the budget.

17. Physics 2Y - General Information Optical Systems; Crystal Diffraction, chaos; Subatomic physics For general informationabout the class, about exams lectures on subjects of general interest and http://ppewww.ph.gla.ac.uk/~doyle/Physics2/P2Y/geni.html

Physics 2Y General Information 1999/2000 Class Head Dr. A. Doyle, Room 232a; Tel. 0141-330 5899 Laboratory Head Dr. M. Rahman, Room 406; Tel. 0141-330 6439 You can email us at a.doyle@physics.gla.ac.uk or m.rahman@physics.gla.ac.uk General Physics 2Y is a 30 credit module. It consists of 50 lectures, tutorials, supervisions and a laboratory/skills course. Learning hours for Physics 2Y P2Y comprises rotational dynamics, subatomic physics and oscillations and waves with examples from electrical, optical and solid state systems. The SKILLs course contains a blend of experimental work, IT and practice in transferable skills and will be continuously assessed. The learning hours associated with each of the 2X and 2Y modules are as follows: 50 lectures with 4 learning hours associated with each 200 hours 5 class tutorials with 2 learning hours each 10 11 small group supervisions with 3 learning hours each 33 50% of laboratory/skills course 49 TOTAL learning hours 292 The class meets daily at 12 noon in Lecture Room 312 of the Kelvin Building. Skills classes are held from 14.00 to 17.00 on Monday, Tuesday, Thursday and Friday, starting on Monday 31st January. You attend one afternoon per week.

18. Subatomic Physics Home Page around the Canadian High Acceptance Orbit Spectrometer (chaos) at the the understandingof the strong (or nuclear) force in general. Additional information http://www.phys.uregina.ca/sap/

Subatomic Physics at the University of Regina Subatomic physics is the major physics research direction at the University of Regina. Cutting edge research is performed in both experiment and theory, in collaboration with colleagues around the world. Our experimentalists perform nuclear and particle physics experiments at specialized laboratories in Canada and abroad, and bring data back to Regina for in depth computer analysis. Our theorists similarly travel to far flung research institutes for workshops, and detailed discussion. Such activities provide our research associates, graduate, and undergraduate students the opportunity to work on a variety of projects, and develop a broad range of expertise in their chosen field. Our university has been an associate member of the TRIUMF consortium of universities since 1989, and has a very close relationship with the Jefferson Laboratory in Newport News, Virginia, USA. General description of what we do (no Ph.D. required!) The SPARRO Group SPARRO = Subatomic Physics at Regina with Research Offshore.

19. UNM Information Physics: Workshop Program information dynamics in cavity QED. The capacity of a quantum channelwith general signal states. Quantum chaos and quantum computation. http://info.phys.unm.edu/workshops/mini97.html

Center for Advanced Studies (CAS) Workshop on Information Physics INFORMATION PHYSICS MINI-WORKSHOP Student Union Building, University of New Mexico, Room 250A April 30, 1997 Welcoming remarks Nitant Kenkre, Director, Center for Advanced Studies David Wolfe, Chair, Department of Physics and Astronomy Hideo Mabuchi, California Institute of Technology Information dynamics in cavity QED Cavity QED provides a unique experimental realization of an observable and controllable open quantum system with nontrivial intrinsic dynamics. In this talk I will discuss the development of practical methods for quantum feedback control in a cavity QED setting and consider the future application of such techniques to investigating the interaction of measurement, dissipation, and dynamical complexity in open quantum systems. Dr. Mabuchi will be at UNM from 4-28 through 5-1. Coffee break and informal discussion A. S. Holevo, Steklov Mathematical Institute, Russian Academy of Sciences The capacity of a quantum channel with general signal states It is shown that the capacity of a classical-quantum channel with arbitrary (possibly mixed) states equals the maximum of the entropy bound with respect to all a priori distributions. This completes the recent result of Hausladen, Jozsa, Schumacher, Westmoreland, and Wootters, who proved the equality for the pure-state channel.

20. JRULM: Subject Information: Physics And Astronomy: Printed Collections Nonlinear phenomena, chaos, 530.172, Superconductivity, 537.22. general astronomytextbooks, 520.2, Sun astronomy, 523.7. on the relevant Subject information page. http://rylibweb.man.ac.uk/physics/physstoc.html

PHYSICS AND ASTRONOMY: PRINTED COLLECTIONS Subject Information: Physics and Astronomy Library home page About the Library ... E-Resources Books in Physics and Astronomy are located on Blue Area Floor 2 at the following classification numbers. SUBJECT CLASSIFICATION NUMBER SUBJECT CLASSIFICATION NUMBER Physics (general) Lasers Theoretical physics Applied optics Relativity Heat Statistical physics Thermodynamics Quantum theory Electricity Mathematical physics Semiconductors Nonlinear phenomena, chaos Superconductivity General physics textbooks Magnetism Mechanics Electromagnetism Wave mechanics Properties of matter Dynamics Nuclear physics Fluids Elementary particles Fluid dynamics Nuclear reactions Gases Molecular physics Sound and related vibrations Solid state physics Optics Electronics: technology SUBJECT CLASSIFICATION NUMBER SUBJECT CLASSIFICATION NUMBER Astronomy (general) Planets General astronomy textbooks Sun: astronomy Theoretical astronomy Stars Celestial mechanics Astronomical tables Practical astronomy Astronomy of the Earth Descriptive astronomy Geodesy Astrophysics Celestial navigation Cosmology Nautical almanacs Solar system Chronology (time) Moon: astronomy Books in related disciplines are also located on Blue Area Floor 2, at the following classification numbers.

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

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