Particle Physics on Noncommutative Spaces
... modifications of space-time can modify the high energy behavior of loops. • New ideas to break gauge symmetries: after all lots of ideas come from solid state physics and we have quite a few models in solid state physics that are described by NC gauge theories. This will lead to new phenomenology fo ...
... modifications of space-time can modify the high energy behavior of loops. • New ideas to break gauge symmetries: after all lots of ideas come from solid state physics and we have quite a few models in solid state physics that are described by NC gauge theories. This will lead to new phenomenology fo ...
Gravitation, electromagnetism and the cosmological constant in
... tensor was first noticed by Weyl [18]. This idea was developed by Eddington, who constructed the simplest purely affine gravitational Lagrangian, proportional to the square root of the determinant of the symmetrized Ricci tensor [3]. This Lagrangian is equivalent to the metric Einstein-Hilbert Lagra ...
... tensor was first noticed by Weyl [18]. This idea was developed by Eddington, who constructed the simplest purely affine gravitational Lagrangian, proportional to the square root of the determinant of the symmetrized Ricci tensor [3]. This Lagrangian is equivalent to the metric Einstein-Hilbert Lagra ...
Effective field theory methods applied to the 2-body
... showing that in this class of gauges all gravity components satisfy a wave-like equation. However we will see later in this section that working with gauge invariant variables (though non-local) shows that only 2 degrees of freedom are physical and radiative, 4 more are physical and non-radiative an ...
... showing that in this class of gauges all gravity components satisfy a wave-like equation. However we will see later in this section that working with gauge invariant variables (though non-local) shows that only 2 degrees of freedom are physical and radiative, 4 more are physical and non-radiative an ...
URL - StealthSkater
... (a) TGD is not a manner to quantize GR but a completely different theory. In TGD, the abstract manifold geometry is replaced with much richer sub-manifold geometry. This leads to the unification of gravitation with other interactions. (b) First of all, this brings in the isometry group of compact s ...
... (a) TGD is not a manner to quantize GR but a completely different theory. In TGD, the abstract manifold geometry is replaced with much richer sub-manifold geometry. This leads to the unification of gravitation with other interactions. (b) First of all, this brings in the isometry group of compact s ...
Chapter 10 Time-Varying Fields and Maxwell`s Equations
... The emf is defined as E dL and we have a conducting path; so we may actually determine E at every point along the closed path. We found in electrostatics that the tangential component of E is zero at the surface of a conductor, and we shall show in Sec. 10.4 that the tangential component is zero a ...
... The emf is defined as E dL and we have a conducting path; so we may actually determine E at every point along the closed path. We found in electrostatics that the tangential component of E is zero at the surface of a conductor, and we shall show in Sec. 10.4 that the tangential component is zero a ...
