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www.ifi.unicamp.br/~assis/

     I am a professor of physics at the State University of Campinas, in Brazil, working with gravitation (Relational Mechanics, Mach's principle and the origin of inertia, absorption of gravity), electromagnetism (Weber's electrodynamics and Ampere's force between current elements), cosmology (Hubble's law of redshifts, cosmic background radiation, tired light, infinite universe in space and time) and history of science.

http://rz-home.de/~rbendlin/

     Chaos und Quantenphysik

http://home.goldrush.com/tjbesmer/index.htm

     On this site are found five articles that deal with physics review and the development of a new energy concept.  Reviewed are:  Einstein's works, Newton 's works, Maxwell's works, Gravitational Force Field (GFF), Electromagnetic radiation, Cosmology, Quantum Physics, and the Speed of Light and developed are: a new energy concept, Frequency shifts and the Speed of light as a function of wavelength and media (GFF).

     It is important to understand that modern day technology has been a process. The best way to study the process is historically. e.g. The vacuum tube came before the transistor, the transistor is the precursor to the latest in integrated circuits, and Einstein's works were initiated because he thought that there was a discrepancy between the works of Newton and Maxwell.

http://ahobon.reduaz.mx/~valeri/valeri.htm

     Research Interests:

     - Majorana-like models in physics of neutral particles

     - Poincare-covariant theories of the Wigner type

     - Weinberg's 2(2J+1) model for describing higher-spin particles

     - Longitudinal modes in electromagnetism, the B(3) Evans-Vigier theory

     - Foundations of classical electrodynamics

     - Gravitation and neutrino

     - Bound states in quantum field theory

     - Oscillator-like models in relativistic quantum mechanics

     - Higgs physics

www.fernuni-hagen.de/STATISTIK/Neu/Team/Gruber.html

     Wer soviel Freiheit hat wie ein Universitätsprofessor in Deutschland, der trägt auch besondere Verantwortung für das Gemeinwohl. Er muß sich m.E. auch mit Dingen und Problemen befassen, die aus traditioneller Sicht nicht oder nur teilweise zu seinem Aufgabenbereich gehören. So befasse ich mich - sozusagen in Fortführung des im oberen Abschnitt erwähnten Energie-Angebots- Modellierungsprojektes - seit Juni 1993 auch mit dem Thema Raumenergie (RE) bzw. Raumenergietechnik (RET), insbesondere mit den ökonomischen, ökologischen und anderen Folgen der Nutzung dieser "neuen" erneuerbaren Energiequelle.

www.calphysics.org/haisch/index.html

www.as.wvu.edu/coll03/phys/www/jefimenk.htm

     I am currently engaged in the development of the theory of electromagnetic retardation and relativity. Perhaps the most important recently discovered aspect of the now evolving theory of electromagnetic retardation is that this theory leads to, and duplicates, many electromagnetic relations that are customarily considered to constitute consequences of relativistic electrodynamics. It is now clear that relativistic electromagnetism and relativistic mechanics can be derived from Maxwellian electromagnetic theory and electromagnetic force relations via the theory of electromagnetic retardation without any postulates, conjectures, or hypotheses. As a result, the theory of relativity acquires a new mathematical and physical base which provides a previously unforeseen means for formulating, developing, and interpreting relativistic electromagnetism, relativistic mechanics, and relativistic gravitation.

www.thur.de/philo/as16.htm

    Das Thema Selbstorganisation begleitet mich seit ca. 1987. Noch im Physikstudium tauchte die "Physik irreversibler Prozesse" nur sehr am Rande auf und in der Kosmologie begegnete sie mir gar nicht - im Gegenteil, wir versuchten, die die Rechnungen störenden nichtlinearen Terme wegzudiskutieren.

www.wias-berlin.de/~schmelzer

     Quantentheorie der Gravitation: Ich habe die Lorentz'sche Äther-Theorie zu einer Gravitationstheorie verallgemeinert. Die Theorie macht im wesentlichen dieselben Vorhersagen wie die allgemeine Relativitätstheorie, ist aber leichter zu quantisieren.

Spencer Domina Eberle
(english)

www.ece.arizona.edu/department/profs/Richard.W.Ziolkowski.html

www.weburbia.com/pg/unified.htm

     From the Greek philosophers to string theorists, this is the chronology of discoveries in physics and cosmology. According to Legend, Archimedes discovered the principle of buoyancy while taking a bath. He jumped out and ran through the streets shouting "Eureka!" The scientific revolution took off 1800 years later after Gutenberg introduced the printing press in Europe and Coperincus broke the old cosmology and put humans in their place away from the centre of the universe. Since then, thousands of scientists have experienced that Eureka moment when they realised that they have seen a fundamental truth not known before.

www.helsinki.fi/~eisaksso/nordstrom/nordstrom.html

     Gunnar Nordström was certainly not the only physicist who made an attempt to formulate special relativistic theory of gravitation. He is distinguished by having been the first, and also the most successful at an attempt that was doomed to fail.
     In 1916, when the only physical argument in favour of general relativity was the explanation of the perihelion advance of the planet Mercury, Nordström gave up his own, then still current theory in favour of Einstein's. His seemingly abrupt change of mind is a result of ten years of thinking in terms of Minkowskiian electrodynamics, and getting no further with it.

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