Quantum quivering of gravity The search for the unified field theory.

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Presentation transcript:

Quantum quivering of gravity The search for the unified field theory

Interactions Electro-Weak Theory GUT Quantum field + gravity Superstring Experiments

Gravitational General theory of relativity A. Einstein 1916 Warping of space time Symmetry between observations

Electromagnetic J. C. Maxwell 1865 Quantum electrodynamics Renormalization Gauge symmetry

Weak Nuclear force B-decay Breaking of symmetry

Strong Quantum chromodynamics 1970s Color RGB M. Gell’Mann The Eightfold Way Quarks Symmetry

Interactions Gravitational Electromagnetic Weak Strong

Electro-Weak Theory S. Weinberg, A. Salam, S. Glashow 1968 Symmetry electron neutrino G. T’ Hooft – renormalizable P. Higgs – higgs boson mass

GUT H. Georgi, S. Glashow 1974 Prediction quark electron decay Supersymmetry

Quantum Mechanics + Gravity Planck length

Superstring Theory G. Chews S-Matrix theory No renormalization Beta function Y. Nambu 1970 strings 10 dimensions Largest symmetry

Colliders LHC (Large Hadron Collider) LEP

LIGO VIRGE GEO LISA Gravitational wave detectors

(LHC) (LIGO) (LISA) Brian Greene - The Elegant Universe Stephen Hawking - A Brief History of Time Michio Kaku - Huperspace Michio Kaku - Beyond Einstein John D. Barrow - Theories of Everything Stephen W.Hawking and Roger Penrose - The Nature Of Space and Time

Richard Feynman „Physics is like sex: sure, it may give some practical results, but that's not why we do it.”.