Physicists Build a Maxwellian Cube of Spacetime Symmetries for 3D Gravity
Theoretical physicists have generalized the classic 1968 cube of spacetime symmetry algebras using semigroup expansions, yielding an infinite hierarchy of...
Grant Pearson is a Scienmag editorial specialist profile for Observational Astronomy coverage.
Theoretical physicists have generalized the classic 1968 cube of spacetime symmetry algebras using semigroup expansions, yielding an infinite hierarchy of...
A new two-dimensional dynamical model shows that the rotation speed and magnetic field strength of filamentary molecular clouds determine whether...
A new analytical study provides the first closed-form description of how magnetic helicity is created during time-dependent separator reconnection in...
A new quantitative application of non-isothermal sound generation theory to the Sun's convection zone shows that temperature gradients leave total...
A new global analysis shows that forest fragmentation raises land surface temperatures across most forest biomes, often mattering more for...
A new theoretical study shows that Einstein–Euler–Heisenberg black holes spontaneously grow scalar hair in two distinct regimes, with the sign...
A Bayesian marginalization technique promises sharper, more reliable ground-based solar images with far less manual tuning.
A new teleparallel gravity analysis uses cosmic textures, strings, and LIGO gravitational-wave data to bound spacetime torsion below ten to...
New simulations show that a reflective surface near a black hole's horizon would imprint delayed electromagnetic echoes in the light...
A new theoretical study of multi-horizon black holes in nonlinear electrodynamics shows that classically forbidden regions can bounce infalling particles...
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© 2025 Scienmag - Science Magazine