'Unified field theory' presentation slideshows

Vortex Physics

Prof. Dr.-Ing. Konstantin Meyl: . Vortex Physics. Laws in physics have to be accepted. 19 th NPA Conference, Albuquerque Friday July 27, 2012, 2:15 PM, 1h. Vortex Physics and its consequences like: * basic forces, * derivation of the gravitational force, * extended field theory,

803 views • 39 slides

Vortex Physics

Prof. Dr.-Ing. Konstantin Meyl: . Vortex Physics. Laws in physics have to be accepted. 19 th NPA Conference, Albuquerque Friday July 27, 2012, 2:15 PM, 1h. Vortex Physics and its consequences like: * basic forces, * derivation of the gravitational force, * extended field theory,

698 views • 39 slides

Cosmological Perturbation in f(T) Gravity Revisited

Cosmological Perturbation in f(T) Gravity Revisited. Ong Yen Chin ???. Outline of the Talk. Talk based on arXiv:1212.5774 [gr-qc] , joint work with Keisuke Izumi . Part I: Mathematical Structures of teleparallel and f ( T ) theories.

535 views • 38 slides

Doing Well By Doing Good: The Physician Business Case for Quality

Doing Well By Doing Good: The Physician Business Case for Quality. Alice G. Gosfield, Esq. NERVES April 15, 2005. Alice G. Gosfield, J.D. Alice G. Gosfield and Associates, PC 2309 Delancey Place Philadelphia, PA 19103 (215) 735-2384 Agosfield@gosfield.com www.gosfield.com www.uft-a.com.

472 views • 35 slides

Quarks, Leptons, Bosons, the LHC and all that.

Quarks, Leptons, Bosons, the LHC and all that. Tony Liss OLLI Lecture September 23, 2008. Some HE Physicist Principles. We are reductionists (and proud of it!)

505 views • 35 slides

The Big Bang, the LHC and the God Particle

457 views • 33 slides

Einstein 1905

Einstein 1905. and the birth of modern physics. Einstein Year. Einstein 1905 Nature of Light Atomic Theory Special Theory of Relativity. Early Years. Born in Ulm ( D ) 1879 Primary and secondary school ( MUC ) Family move to Milan 1894 Aarau Gymnasium ( SCH ) 1895

512 views • 27 slides

Gravitational Force

Gravitational Force. 4 Forces of the Universe. Nuclear : Strong forces holding the nucleus of an atom together (gluon) Weak : Forces as a result of some atoms that decay the nucleus ( radioactive ) Electromagnetic : a force based on electricity, magnetism and light properties

964 views • 14 slides

The Public Finances and Governance of a Free City

176 views • 10 slides

Werner Heisenberg

1.92k views • 10 slides