Hao Wu

4 articles · 17 co-authors · latest: 2026-09-09
10 citations · h-index 2 · 7 papersData: Semantic Scholar

We have retold 4 papers by this author. 1 of them with a full read. most often about: galaxy merger, galaxy, dwarf galaxy. 17 co-authors across our retellings.

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Galaxies2026-03-241 minarXiv:2603.22863express
Milky Way and Andromeda: A 90% Likely Merger
The Milky Way and the Andromeda Galaxy are like two vast flocks of birds drawing together in the celestial expanse. New data from the Gaia telescope shows: Andromeda barely deviates sideways. The chance of their merger is a whopping 90%. Even the gentlest crosswind could steer their paths apart, but calculations say: it’s almost nonexistent.
Medical Physics2026-05-093 minarXiv:2605.12544express
A Vascular Twin Made of Digits
The vessels inside the skull resemble a mountain road's hairpin turns — sharp bends, narrowings, unexpected curves. When a traffic jam forms on such a serpentine, blood stops reaching the brain properly. To predict trouble, doctors need to see the entire flow: where it accelerates, where it swirls into eddies. The full picture comes from a special MRI, like slow-motion cinematography of fluid.
Endocytosis as Molecular Jostling: How Entropy Helps Cells Swallow Particles
The cell membrane is not a calm boundary but an arena of relentless Brownian motion. Water molecules, ions, and small metabolites collide chaotically, creating constant pressure on the cell's surface. A new model shows that it is this molecular jostling, not just chemical affinity, that triggers particle uptake, a process known as endocytosis.
Mesoscale2026-09-093 minarXiv:2609.10500
Runners Who Never Get to Cool Down: The Phonon Bottleneck Controls Ultrafast Diffusion
A laser pulse hits a thin film of MoS₂, and inside it a cloud of electrons with excess energy starts to boil. These hot carriers are like runners who took off at high speed but, on the way to the finish line, are bound to lose all their momentum through collisions with the crystal lattice.