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A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy Antoine A.J. van de Ven Logic and Relativity Conference 2012

A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

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A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy . Antoine A.J. van de Ven Logic and Relativity Conference 2012. Space-time vs Space- propertime. Space-time vs Space-proper. Twin-paradox visually explained. Negative Mass by symmetry . - PowerPoint PPT Presentation

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Page 1: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

A Space-Time Formalism with Negative Mass to describe Antimatter and Dark

Energy

Antoine A.J. van de Ven

Logic and Relativity Conference 2012

Page 2: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Space-time vs Space-propertime

Page 3: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Space-time vs Space-proper

Page 4: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Twin-paradox visually explained

Page 5: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy
Page 6: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Negative Mass by symmetry

Page 7: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy
Page 8: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Generalized definition for Energy

Page 9: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Generalized definition for Energy

Page 10: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Generalized definition for momentum

Page 11: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Generalized definition for 4-momentum

Page 12: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Electromagnetism

Page 13: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Quantum Mechanics

Page 14: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Gravitation : Not equal!

Negative for antimatter!

Page 15: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Anti-matter as Dark Energy

• Causes anti-gravitational fields and effects because of negative mass

• Is dark because it cannot form stars• Will distribute itself because it self-repels• Will be between galaxies and repels them

(accelerated expansion of the universe)

Page 16: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Explains missing anti-matter in the universe

• Equal amounts of matter and anti-matter could have been produced at the start of the universe.

• Anti-matter is just hidden as Dark Energy, and away from us because it repels everything (and annihilates and disappears easily near matter like in a galaxy)

Page 17: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Predicts CP-Violation

Page 18: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Predicted by standard model/QED:

Experimentally (upper limit cosmological constant):

Solves Vacuum-energy problem

Page 19: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Vacuum energy is related to quantum fluctuations in the vacuum

Always equal amount of (virtual) particles and anti-particles in the vacuum

Anti-gravitational fields of antiparticles cancel gravitational fields of the particles (in the quantum fluctuations of the vacuum), so

is in agreement with experimental value.

Solves Vacuum-energy problem

Page 20: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Anti-particles follow geodesics so are predicted to fall down on Earth

Page 21: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Prediction that (neutral) antiparticles will gravitationally repel each other

It is proposed to test and measure this experimentally

Page 22: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy
Page 23: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Gravitation : Not equal!

Page 24: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Gravitation : Not equal!

Page 25: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Gravitation : Not equal!

Page 26: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy

Anti-particles follow geodesics too

Page 27: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy
Page 28: A Space-Time Formalism with Negative Mass to describe Antimatter and Dark Energy