Universe's most massive stars can form in near isolation, new study finds

Universe's most massive stars reach 150 solar mass, and form in near isolation, new study finds

Observing the Multiverse (Guest Post)

Observing the Multiverse by CMB bubble patterns

Who lives in the eleventh dimension? - Parallel Universes - BBC science

Microquasar GRO J1655-40 | ESA/Hubble

Microquasar GRO J1655-40 | ESA/Hubble

lab plasma fusion physics scales by the same laws Quasars, radio galaxies, supernova black holes, and AGN galaxy centers. EM forces explain why black holes are inferred to exist

Image Archive: Quasars/AGN/Black Holes | ESA/Hubble

Image Archive: Quasars/AGN/Black Holes | ESA/Hubble

Black Hole Photos

GM=tc^3: Running Rings Around Inflation

GM=tc^3: Running Rings Around Inflation

Physicists create new type of light | TG Daily

Physicists create new type of BEC light