'Quantum phenomena' diaporamas de présentation

Space-time Invariance and Quantum Gravity Madness

Space-time Invariance and Quantum Gravity Madness . By Dr. Harold Williams of Montgomery College Planetarium. Space-time Invariance and Gravity: only c and G General Relativity 1915, continuous Real Numbers.

576 views • 45 slides

Particles, Quantum Phenomena and Electricity

Particles, Quantum Phenomena and Electricity. Module 1 in Twenty Minutes. Particles. 4 Fundamental Forces. gravitons photons W bosons (and Z boson) Pi mesons (pions). Gravity Electromagnetic Weak nuclear Strong nuclear. Any particle with mass. Any charged particle.

484 views • 41 slides

and its future

Confirmation of The Reciprocal System of Theory. and its future. By, Gopi Krishna V 3 rd year UG, IIT Kanpur. Confirmation of RS Theory. 1. Quantum phenomena 2. Atoms and molecules 3. Electricity and Magnetism 4. Heat 5. Astronomy 6. High Energy Physics 7. Biology.

365 views • 29 slides

Probabilistic theories: classical, quantum and beyond quantum

Probabilistic theories: classical, quantum and beyond quantum. by Borivoje Dakic ( with Caslav Brukner ). Speakable in quantum mechanics: atomic, nuclear and subnuclear physics tests , Trento 2011. Groucho Marx on quantum theory :.

436 views • 24 slides

Graphene

747 views • 7 slides

Scientific Theory

Models. Nature Phenomena. Mathematical Basis. Technological Implementation. Scientific Theory. Examination Validation Improvement. Description Explanation Prediction. Operational Goals. The student will identify quantum phenomena in chemical systems

176 views • 2 slides

These results open the path to many new applications in the fields of spin electronics

Nanoscale Structures and Novel Quantum Phenomena in Correlated Electron Systems Dirk K. Morr, University of Illinois at Chicago, DMR-0513415. Quantum Imaging. Nanoscale impurity structures open new possibilities to explore and manipulate correlated electron materials and their

128 views • 2 slides

These results open the path to many new applications in the fields of spin electronics

Nanoscale Structures and Novel Quantum Phenomena in Correlated Electron Systems Dirk K. Morr, University of Illinois at Chicago, DMR 0513415. Nanoscale structures open unprecedented possibilities for manipulating fundamental quantum effects on the atomic level and for

111 views • 2 slides