Extracting Quark Momentum Distributions in the Proton from Current-Current Correlators

2026-11-04

Giant collisions can help planets keep their atmospheres

2026-10-30

The formation of merging binary black holes through the evolution of isolated massive binary stars

2026-10-12

Quantum Geometry Phenomena in Condensed Matter Systems

2026-10-04

FAST × DESI： Star formation faded, but cosmic hydrogen endured

2026-09-02

SJTU and USTC Teams Report First Experimental Evidence for Vacuum-Enhanced Superconductivity

2026-08-21

LHAASO discovered Cygnus X-3 as the most extreme Galactic Accelerator

2026-07-31

Experimental Discovery of Fractional-Flux Superconducting Vortices

2026-05-22

Helical electron beam micro-bunching by high-order modes in a micro-plasma waveguide

2026-05-03

Demagnifying Gravitational Lenses Open a New Window to Probe Dark Matter Structures and Nonminimal Couplings to Gravity

2026-04-22

How Jupiter Cultivated More Large Moons than Saturn -- A magnetospheric cavity explains the difference

Jupiter and Saturn are both gas giant planets, yet their satellite systems are strikingly different. This contrast between their satellite systems may have arisen from differences in the strength of the planets’ magnetic fields during their formation. A research group including Prof. Masahiro Ogihara of the Tsung-Dao Lee Institute at Shanghai Jiao Tong University has proposed a new scenario to explain this difference through computer simulations. The results of this study were published online in Nature Astronomy on April 2, 2026.

2026-04-08

The Boundary Between Planet and Star Formation: The Brown Dwarf Desert

2026-03-04