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Space Physics: more books (100)

The Sun to the Earth -- and Beyond: A Decadal Research Strategy in Solar and Space Physics by Solar and Space Physics Survey Committee, National Research Council, 2003-08-15
Orthomodular Structures as Quantum Logics: Intrinsic Properties, State Space and Probabilistic Topics (Fundamental Theories of Physics) by Pavel Pták, Sylvia Pulmannová, 1991-06-30
The Geometry of Hamilton and Lagrange Spaces (Fundamental Theories of Physics, Volume 118) by R. Miron, Dragos Hrimiuc, et all 2001-05-01
A Collection Of Various Physical Theories: Formerly "A Collection Of Theories Of Various Physical Forces" (Volume 5) by Nathaniel Durham, 2009-01-11
Optics of Cosmic Dust. Part I. (Astrophysics & Space Physics Reviews) by N. V. Voshchinnikov, 2004-01
The Changeless Order; The Physics of Space, Time and Motion.
Time, space, causality, geometry: The relative and absolute in the physics of Einstein by Lawrence H Domash, 1975
Coronal Physics from Radio and Space Observations: Proceedings of the CESRA Workshop Held in Nouan le Fuzelier, France, 3 - 7 June 1996 (Lecture Notes in Physics)
Space medium: The key to unified physics by Thomas G Barnes, 1986
Plasma 2007: 4th German-Polish Conference on Plasma Diagnostics for Fusion and Applications; 6th French-Polish Seminar on Thermal Plasma in Space and Laboratory ... Plasma Physics) (AIP Conference Proceedings) by Hans-JÃ¼rgen Hartfuss, 2008-04-17
Artificial Particle Beams in Space Plasma: Vol B79 (NATO Science Series B: Physics) by Bjorn Grandal, A. North, 1982-06-01
The Physics of Pulsars (Topics in Astrophysics & Space Physics) by Allen M. Lenchek, 1972-07-28
Geochemical Exploration of the Moon and Planets (Physics and Chemistry in Space) by I. Adler, J. I. Trombka, 1970-12-07
The Geometry of Lagrange Spaces: Theory and Applications (Fundamental Theories of Physics) by R. Miron, Mihai Anastasiei, 1993-11-30

lists with details

SSDOO Education: Activities For Students
space science activities for elementary and secondary students in astronomy, physics, life sciences, and space technology.
http://ssdoo.gsfc.nasa.gov/education/kids.html
Dan's Astronomy/physics And Cool Related Links
Links to astronomy and physics sites.
http://birch.family.tripod.com/space.html

Extractions: What's so remarkable about the object in the center of the above photograph? For one thing, it is very bright, considering it is about twelve billion light-years distantso bright that, for a second or two, its light equaled the combined light output of the rest of the universe! This is the optical transient counterpart of a tremendous gamma ray burst (GRB). During a brief 50-second time span, this GRB released as much energy as several hundred supernovae , making it the most powerful explosion known in the universe since the original Big Bang. GRB 971214 is so named because it was detected on 14 December, 1997, by the Italian/Dutch BeppoSAX satellite and NASA's Compton Gamma Ray Observatory . This image was made by the Keck telescope . Since GRBs have posed an enigma to astronomers. What is the nature of these tremendous explosions?
[quant-ph/9912054] Holomorphic Methods In Mathematical Physics
This set of lecture notes by Brian C. Hall gives an introduction to holomorphic function spaces as used in mathematical physics. The emphasis is on the SegalBargmann space and the canonical commutation relations.
http://arxiv.org/abs/quant-ph/9912054

Extractions: This set of lecture notes gives an introduction to holomorphic function spaces as used in mathematical physics. The emphasis is on the Segal-Bargmann space and the canonical commutation relations. Later sections describe more advanced topics such as the Segal-Bargmann transform for compact Lie groups and the infinite-dimensional theory. References and citations for this submission:
Laboratory For Extraterrestrial Physics - Education And Outreach Front Page
A resource about the world of space off our planet. Created and maintained at NASA's Goddard space Flight Center, this site offers the latest in information and education about the region of space from our Sun through all nine planets and just beyond.
http://lep694.gsfc.nasa.gov/lepedu/FrontPage.html

Extractions: LABORATORY FOR EXTRATERRESTRIAL PHYSICS Please sign our guestbook Privacy, Security, Notices Site created: November 18, 1998 Last Modified: December 10, 2003 Curator: Albert E. Davison International Technology and Management, Inc. E-mail: Albert.E.Davison@gsfc.nasa.gov Responsible NASA Representative: Dr. Michael Collier E-mail: Michael.R.Collier@nasa.gov
Alternative Relativitätstheorie, Einie Emissionstheorie. Alternative To Relativ
Extinction Shift Principle, the Most Recent Emission Theory; Alternative to both General and Special Relativity in the Electrodynamics of Galilean Transformations for the first time formulated in the intuitive framework of Euclidean space Geometry alone.
http://www.extinctionshift.com

Extractions: A pure classical physics look at Electromagnetism and Gravitation in Euclidean Space Emission and Re-emission done correctly!!! derived with No Relativity, No Ether, No non-conventional Physics using step-by-step clear classical approaches only in a recently published book! A Mathematical Proof Step-by-step Pure Classical solutions under Galilean Transformations of Velocities applied to the Rectilinear Motion of Gravitons and Photons in the frame work of Euclidean Space Geometry Supported by the past century of important experiments in optics and recent observational evidence in astrophysics For nearly a century now, there has been absolutely NO concrete, pure classical treatment to the physics problems pertaining to significant fractions of the velocity of light. Until now, NO alternative methods had been presented that use pure Galilean Electrodynamics in Euclidean Space , which are explainable with simple, intuitive measures without having to resort to the usual framework of Special and General Relativity!
International Solar-Terrestrial Physics (ISTP)
This program combines resources and scientific communities on an international scale using a complement of several missions, along with complementary ground facilities and theoretical efforts, to obtain coordinated, simultaneous investigations of the SunEarth space environment over an extended period of time.
http://www-istp.gsfc.nasa.gov/istp/
Introduction To The UCL Centre For Cosmic Chemistry And Physics
University College London. Research into the chemistry which occurs throughout the universe in interstellar space.
http://www.chem.ucl.ac.uk/cosmicdust/

Extractions: Webpages designed and maintained by Angela Wolff 4th June 2003 A report on the UCL meeting "Laboratory Studies of Astrochemical Processes" About the Centre " " Experimental Activities " " Theoretical Activities " " Resources People " " Contact " " Publications The purpose of the Centre is to apply research to fundamental chemical processes which are believed to occur throughout the universe. Using a unique combination of theoretical and experimental techniques, such processes are investigated in the laboratory. Comparison of these results with astronomical observations serves to increase our knowledge and understanding of the cosmos. Our first major project concerns the formation of hydrogen molecules on surfaces of interstellar dust grains and the second expands upon this to study the formation of more complex molecules such as methane. You can view a pdf document explaining the motivations and experimental activities of the centre here There are a number of academics now associated with the UCL centre and these can divided into members from the Department of Chemistry Department of Physics and Astronomy Department of Electronic and Electrical Engineering and past members of the group.:
Gravel - A Simulator Based On Newton's Law Of Gravity
freeware Windows Models the interaction between bodies in space according to Newtonian physics.
http://www.rcl-software.org.uk/gravel/
SciBoard, A Science Website
Contains to biology, chemistry, environmental, games, higher education, math, paranormal, physics, space, and technology webpages. Includes a quiz bowl and FAQ's page. Maintained by the University of Louisville.
http://sciboard.louisville.edu/
Digital Philosophy -- Ed Fredkin
Assuming that all quantities, including space and time, are finite and discrete.
http://www.digitalphilosophy.org/

Extractions: Digital Philosophy (DP) is a new way of thinking about the fundamental workings of processes in nature. DP is an atomic theory carried to a logical extreme where all quantities in nature are finite and discrete. This means that, theoretically, any quantity can be represented exactly by an integer. Further, DP implies that nature harbors no infinities, infinitesimals, continuities, or locally determined random variables. This paper explores Digital Philosophy by examining the consequences of these premises. At the most fundamental levels of physics, DP implies a totally discrete process called Digital Mechanics. Digital Mechanics[1] (DM) must be a substrate for Quantum Mechanics. Digital Philosophy makes sense with regard to any system if the following assumptions are true:
Untitled
Black holes, wormholes, time dilation factor, gravity, graphs and equations.
http://themaclellans.com/timetravel.html

Extractions: Human beings have always tried to explain the world around them. They have worked to organize it, to measure it, and to understand it. These efforts at understanding such basic concepts as space and time and light have led to many discoveries. In the last one hundred years many changes have been made to how we understand these concepts. You may not be able to move as quickly and easily through time as the hero of H.G. Well's Time Machine, but scientists have been able to understand how certain variables can affect time - to slow it down and speed it up - leading them to believe that it is possible that time travel may become possible. Before looking at time travel, an understanding of the terms and history are required. Space, time, and light have been studied and the definitions have evolved as research has advanced. Looking at these concepts as they have been explained through history will help us understand what may be possible in the future. Portrait of Euclid Over history many people have come up with many different views about what time is and what space is, and how to understand them. Space was defined be Euclid, a Greek mathematician. He was the creator of geometry in 295 B.C.
Computer Space Plasma Physics
An online book on simulation techniques and software for space plasmas. Authors H. Matsumoto and Y. Omura, Kyoto University, Kyoto, Japan.
http://www.terrapub.co.jp/e-library/cspp/index.html
Quasi Moto Theoretical Propulsion Physics
Considers unconventional means of space propulsion (and any ancillary systems), with the aim to determine their feasibility or basis in fact.
http://www.motordyne.com
Less Than Hypothetical Physics
Personal ideas on light, prime numbers and spacetime.
http://www.angelfire.com/wa2/physics
NASA/Marshall Solar Physics
The site offers an extensive introduction to the sun and space weather, including news stories and related projects.
http://science.msfc.nasa.gov/ssl/pad/solar/default.htm
STPSW Group
of solar physics and space weather research from Universidad de Barcelona, Spain.
http://www.am.ub.es/~blai/grupospacew_UB.html

Extractions: Do you want to follow a live broadcast of the Venus Transit from Barcelona? VISIT http://venus.am.ub.es Blai Sanahuja , Professor ( blai@am.ub.es Vicente Domingo , Guest Professor ( vicente@am.ub.es David Lario , Investigator at John Hopkins University, APL ( David.Lario@jhuapl.edu Ana Heras, Investigator at Space Science Department of ESA ( aheras@estec.esa.nl
GCSE.com: Revising Earth And Universe Revision
Topics include the earth, moon, planets, gravity, stars, and the beginnings of the universe.
http://www.gcse.com/space.htm
Space Station Phyve
A WebQuest for high school physics and MST students to research and design a rotating space colony. This highly scientific mission contains links and teacher rubric.
http://www.geocities.com/r_deruvo/

Extractions: Space Station Phyve A WebQuest for High School Physics or any MST program. By Mr. Richard DeRuvo Pelham Memorial High School Physics Teacher Email r_deruvo@yahoo.com Go out beneath the stars on a clear winter night, and look up at the Milky Way spanning the heavens like a bridge of glowing mist. Up there, ranged beyond the other to the end of the Universe, suns without number burn in the loneliness of space. Down to the south hang the brilliant unwinking lanterns of other worlds - the electric blue of Jupiter, the glowing ember of Mars. Across the zenith, a meteor leaves a trail of fading incandescence, and a tiny voyager of space has come to a flaming end.' 'Looking out across the immensity to the great suns and circling planets, to worlds of infinite mystery and promise, can you believe that man is to spend all his days cooped and crawling on the surface of this tiny Earth - this moist pebble with its clinging film of air? Or do you, on the other hand, believe that his destiny is indeed among the stars, and that one day our descendants will bridge the seas of space?' "Interplanetary Flight" - British Interplanetary Society brochure The Introduction navigation You are an up-and-coming scientist called upon to research and design a cost efficient but fully functional space station. NASA has spent over 330 million dollars the past few months on Mars landing crafts with disastrous results. Going to Mars and looking for water with the hopes of one-day terreforming the red planet for colonization has become quite challenging and costly. The government's and the public's faith in NASA has dwindled. The proposed space station of your design will not be constructed on Mars or any other heavenly body. You will revive old concepts of Dr. Wernher von Braun, Gerard O'Neill, and Arthur C. Clarke involving rotating stations with simulated gravity. You have the ability to secure NASA's future as the leader in space exploration.
Plasma Physics @ Auburn University
Plasma physics home page at Auburn University with links to space Plasma Laboratory, Fusion Research laboratory, and Plasma Sciences Laboratory.
http://www.physics.auburn.edu/~plasma/

Extractions: at Auburn University Welcome to the Plasma Physics home page at Auburn University. Plasma physics is concerned with the studies of hot, diffuse gases, where the electrons are dissociated from the atomic nuclei. These plasmas can range in temperature from several thousands to several hundred millions of degrees. Lightning is a natural example of a plasma. A neon light is a man-made example. Broadly speaking, plasma physics research can be divided into two branches. One is concerned with understanding natural plasma phenomena. Despite their rarity on Earth, over 99% of the universe is in the plasma state. Earth, with it's high density and low temperature (astrophysically speaking) is an anomaly! Stars, including our Sun, are big balls of hot, dense plasma. Interstellar space is filled with a dilute, relatively cold plasma. Supernova are the plasma remnants of exploded stars. Closer to home, lightning, flames and the aurora are examples of naturally occurring plasmas. The other branch of plasma physics focuses on creating and understanding plasmas for more practical application. Neon and fluorescent lights, lasers, and welding torches are examples of useful man-made plasmas. One of the more far-reaching applications is to use plasmas to create energy. This is the goal of fusion energy research. Plasma research at Auburn University is an active and vibrant field. The Auburn Physics Department has the largest faculty in the country engaged in plasma research (10 full-time faculty). Our research interests can be loosely classified into the three major groups listed below. However, there is significant overlap and interaction between the groups.
Mullard Space Science Laboratory - MSSL
Mullard space Science Laboratory of the University College London. Research and postgraduate teaching in astrophysics, solar physics, plasma physics, climate physics, and detector physics.
http://www.mssl.ucl.ac.uk

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