Researchers are using light and quantum effects to simulate black holes, exploring Hawking radiation and the possibility of black hole impostors. The experiment tests gravity and quantum interactions.
Supermassive black holes may be nature's own particle colliders, potentially revealing dark matter. Scientists propose searching for high-energy particles from black hole collisions using observatories. Supercolliders, Dark matter, Black holes.
"This work highlights the transformative potential of observing the black hole environment evolving over time," study co-author Hung-Yi Pu, an assistant professor at National Taiwan Normal University, said in the statement.
To discover the solutions, astronomers will require to search for straight monitorings of celebrity eruptions taking place around cosmic jets. This is much from very easy, yet given that one nova erupts in M87 everyday, it isn’t impossible. Novas normally happen in binary star systems after a white dwarf– the smoldering husk of a dead...
Other effects that could tweak planetary orbits would also need to be accounted for, such as the solar wind of charged particles that streams out from the sun, says astrophysicist Andreas Burkert of Ludwig-Maximilians-Universität München in Germany, who was not involved with the two studies.
