The space-time dimension field derived from an eight-dimensional spinor system is the main point of the theory.

The discovery in 1998 that the Universe is expanding faster over time shook the foundations of cosmology. This finding ...

Google DeepMind's AlphaEvolve AI system breaks a 56-year-old mathematical record by discovering a more efficient matrix ...

Measurement complexity is a critical metric in quantum computing ... In experiments, HOLO employed an efficient simulation strategy based on tensor methods. While traditional quantum computing ...

Known as the “social cost of carbon,” the metric reflects the estimated damage from global warming, including wildfires, floods and droughts. It affixes a cost to the economy from one ton of ...

Abstract: We present a taxonomy for local distance functions where most existing algorithms can be regarded as approximations of the geodesic distance defined by a metric tensor. We categorize ...

The square of the trivector is negative, solving this way the issue of the negative signature of the time (not necessary any ad-hoc metric indicating this, it is a property of time that appears ...

It turns out that the four-dimensional electromagnetic potential is really a building block of the metric tensor of spacetime. Utilizing an approach from calculus of variations, we have put ...

with a new tensor distance (TD) metric and a novel multilinear locality-preserved maximum information embedding (MLPMIE) algorithm. Different from traditional Euclidean distance, which is constrained ...

Some physicists believe that the metric tensor, a mathematical object describing the curvature of space-time, is simply a feature of space-time. Some physicists, most often mathematical physicists ...