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Zhen Zhong

2 articles · 9 co-authors · latest: 2026-05-12
56 citations · h-index 4 · 9 papersData: Semantic Scholar
Yuhao Guo · Yifan Chen · Vitor Cardoso · Taishi Ikeda · Lihang Zhou · Jiewei Huang · Yehui Hou · Minyong Guo · Bin Chen

We have retold 2 papers by this author. 2 of them with a full read. most often about: black hole merger, gravitational waves, gravitational singularity. 9 co-authors across our retellings.

gravitational wave echoes · astrophysical polarimetry · black hole binary interaction · black hole dynamics · black hole light bending · black hole photon ring · bose einstein condensate dark matter · boson · boson star · brownian motion · bubble collision · circular polarization · common envelope · direct waves · eccentric binary gravitational waves · gravitational wave propagation · hawking radiation anomalies · hawking radiation mechanism · ionization · ionized carbon
Heisenberg uncertainty principle · Hawking radiation · gravitational lensing · Bekenstein-Hawking entropy · Einstein field equations · equivalence principle · virial theorem · Kepler's second law · Chandrasekhar limit · no-hair theorem · Lense–Thirring effect · Unruh effect · holographic principle · Penrose process · Penrose singularity theorem · quadrupole radiation formula · standard quantum limit · Hawking area theorem · Navier-Stokes equations · Witten's positive energy theorem
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General Relativity2025-09-113 minarXiv:2509.09643
The Dance of Black Holes and the Birth of Gravitational Molecules
Two black holes circle in a tight dance, and around them something remarkable is born: a gravitational molecule. A cloud of ultralight bosons, particles with masses below an electronvolt, envelops the pair like the electron cloud in an H2+ ion.
Yuhao Guo·Zhen Zhong·Yifan Chen·Vitor Cardoso·Taishi Ikeda·Lihang Zhou
quadrupole radiation formulaFirst law of black hole mechanicsAlbert EinsteinBarry BarishKip Thorneblack hole mergergravitational wavesgravitational singularityAccretion diskgravitational potential
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High Energy2026-05-123 minarXiv:2605.11499
Polarization Echo: Light Catches the Gravitational Ringing of a Black Hole
When two black holes merge, they shake the very fabric of spacetime. The newborn giant doesn't settle instantly (it rings like a cosmic bell, emitting a characteristic pattern of damped gravitational waves) the so-called ringdown.
Jiewei Huang·Yehui Hou·Zhen Zhong·Minyong Guo·Bin Chen
Faraday effectAdS/CFT correspondenceHendrik LorentzMichael FaradayEdward Wittenblack hole mergergravitational wavesblack holesqueezed stateHawking radiation
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