The Wolfram Model, which is a slight generalization of the model first introduced by Stephen
Wolfram in A New Kind of Science (NKS), is a discrete spacetime formalism in which space …

Over the past two decades, electric-magnetic duality has made significant progress in
linearized gravity and higher spin gauge fields in arbitrary dimensions. By analogy with …

This thesis operates within the framework of general relativity without curvature singularities.
The motivation for this framework is explored, and several conclusions are drawn with a look …

Objective. Reconciling locality and non-locality in accordance with Einstein's general theory
of relativity appears to be more than only a hopeless endeavour. Theoretically this seems …

We explore a comprehensive analysis of the formalism governing the gravitational field
equations in degenerate higher-order scalar-tensor theories. The propagation of these …

Notes in Pure Mathematics & Mathematical Structures in Physics Page 1 Edoardo Niccolai
Notes in Pure Mathematics & Mathematical Structures in Physics arXiv:2105.14863v9 [math-ph] …

The long-range gravitational terms associated with tidal forces, frame-dragging effects, and
gravitational waves are described by the Weyl conformal tensor, the traceless part of the …

We provide five rearticulations of the thesis that the structure of spacetime is conventional,
rather than empirically determined, based upon variation of the structures that are …

Various spacetime candidates for traversable wormholes, regular black holes, andblack-
bounces' are presented and thoroughly explored in the context of the gravitational theory of …

In the quest for relativistic effects in large-scale structures, we use numerical relativity
simulations to describe the spacetime evolution during nonlinear structure formation. We …