Introduction to Matter Beyond

This feature, consistent with the magnetostatic surface spin waves, indicates a broader realm of topological phases of matter beyond spectrally gapped ones.

The postmodern picture then requires a significant departure from (semi)classical gravity, as well as some exotic matter beyond the standard model of particle physics (SM).

Nonetheless, with novel diffusion MRI techniques, including DTI tractography, we are able to visualise areas of the brain better than ever before, furthering our understanding of white matter beyond the crude depictions offered by conventional MRI.

Recently, higher-order topological insulators have been investigated as a novel topological phase of matter beyond the conventional bulk-boundary correspondence.

Our results represent a phase of matter beyond the conventional classification of Floquet topological insulators.

The null hypothesis is that the details of the underlying dynamics do not matter beyond the refinements of ordinal patterns finer than a predefined length.

BACKGROUND Arterial disruption during brain surgery can cause devastating injuries to wide expanses of white and gray matter beyond the tumor resection cavity.

In the gravitational collapse of matter beyond spherical symmetry, gravitational waves are necessarily present.

Cutting and shuffling is emerging as an alternative mixing mechanism for fluids and granular matter beyond the well established stretching and folding.

Do languages matter beyond their communicative benefits? We explore the potential role of preferences over the language of use, theoretically and empirically.

This could shed light on the nature of dark matter beyond the reach of other cosmic probes.

Combining model experiments and theory, we investigate the dense phases of polar active matter beyond the conventional flocking picture.

Astronomical data about neutron stars can be combined with laboratory nuclear data to give us a strong base from which to infer the equation of state of cold catalyzed matter beyond nuclear density.

The fmtidal model is easily amenable to future improvements and provides the means for a first step towards independently measuring additional fundamental properties of neutron star matter beyond the tidal deformability as well as performing novel tests of general relativity from GW observations.