'Quantum gravity' presentation slideshows

Statistical physics and finance

1k views • 68 slides

3. Supersymmetry

3. Supersymmetry . Solution to the naturalness problem Supersymmetry (SUSY) symmetry between bosons and fermions No Quadratic Divergence in Higgs mass: cancellation between bosons and fermions. 3.1 Motivations for Supersymmetry. strength. 0.12. 0.1. 0.08. 0.06. 0.04. 0.02.

638 views • 46 slides

Black Holes

& Neutron Stars. Black Holes. Los reviewos. Binary star- Two stars that orbit around a common center of mass. White Dwarf- A star that has exhausted most of its nuclear fuel and has diminished in size. Has no atmosphere. Solar Masses- A unit of mass equivalent to the mass of the Sun.

689 views • 40 slides

Stephen Hawking Math 305 Tom Kreitinger 11/18/2009

763 views • 35 slides

EXPLORING RELATIVITY WITH COSMIC RAY AND g -RAY SPACE OBSERVATIONS

EXPLORING RELATIVITY WITH COSMIC RAY AND g -RAY SPACE OBSERVATIONS. F. W. STECKER NASA GODDARD SPACE FLIGHT CENTER. Beyond Einstein (?).

374 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!)

497 views • 35 slides

Antimatter The picture that was not reversed

Antimatter The picture that was not reversed. Glen Cowan Physics Department Royal Holloway, University of London West of London Astronomical Society 12 March, 2007. I. The story of everything (abridged) II. The discovery of antimatter III. Antimatter in the universe. Glen Cowan

703 views • 32 slides

Lectures on String Theory

976 views • 29 slides

UNDERSTANDING NOTHING

UNDERSTANDING NOTHING. The Structure of the Vacuum. A Talk by Dr Nick Evans. A tour of our understanding of empty space in modern physics from Relativity to Quantum Mechanics to the frontiers of Particle Physics and String Theory . UNDERSTANDING NOTHING. The Structure of the Vacuum.

511 views • 29 slides

Computational Intractability As A Law of Physics

575 views • 28 slides

382 views • 26 slides

The Inflationary Model of the Big Bang

The Inflationary Model of the Big Bang. Quantum Field Theory Presentation Peter Williams 1 st December 2005. Outline. Introduction The standard Big Bang model Limitations of the model The Inflationary Big Bang model requirements Field potential Vacuum states

492 views • 22 slides

Time Travel

Time Travel. By B. Justin Scholfield. What is the nature of Time?. Time is used to relate events We define two actions as simultaneous when we see the two actions at the same time. Special & General Relativity. Special Relativity. This is the boost matrix, or Lorentz tensor.

3.51k views • 20 slides

Quantum Complexity and Fundamental Physics

PSPACE. PostBQP. BQP. NP. P. Quantum Complexity and Fundamental Physics. Scott Aaronson MIT. RESOLVED: That the results of quantum complexity research over the last two decades have deepened our understanding of physics.

366 views • 20 slides

BLACK HOLES

BLACK HOLES. Black holes are thought to form from stars or other massive objects if and when they collapse from their own gravity to form an object whose density is infinite: in other words, a singularity . .

448 views • 17 slides

The Expanding Universe!

588 views • 16 slides

The Expanding Universe!

379 views • 16 slides

EVIDENCE OF CREATION AND SUPERNATURAL DESIGN IN CONTEMPORARY BIG BANG COSMOLOGY

391 views • 12 slides

617 views • 11 slides

Basic physics courses ~ 2011 : 15 courses

Basic physics courses ~ 2011 : 15 courses. 1600~1900 classical mechanics. Mathematical methods in physics Mechanics (Newton, Euler, Lagrange, Hamilton, Jacobi; point particles and rigid bodies) Mechanics of deformable bodies (elasticity, hydrodynamics, acoustics)

176 views • 1 slides