Supermassive Black Hole Cloud –“Unveils Their Rapid Growth in the Early Universe”

Supermassive Black Hole


One of the unsolved mysteries of the early universe is why supermassive black holes already existed only a billion years after the Big Bang. How these extreme primordial objects, monsters whose masses are up to billions of times the mass of the Sun, had time to grow in such a relatively short timespan, is an outstanding question among astronomers.


“Up to Thousands of Years” –Circuits of Stars Orbiting Supermassive Black Holes

UCLA Stars orbiting Black Hole


At the center of the galaxy, millions of stars whirl in orbits around a supermassive black hole that can take anywhere from a few hours for stars close to the event horizon of the black hole to thousands of years for their distant neighbors, according to a new study that included scientists at the Institute for Advanced Study. The nature of the dance—how the stars interact collectively through their gravitational forces—can vary from galaxy to galaxy.


The Human Super Brain –“Floats Like a Fish in an Aquarium”

Human Brain vs Great Apes


The great British physicist, Sir Roger Penrose, has famously said that the human brain is more complex than the Milky Way Galaxy. Our brain is about three times the size of the brains of great apes, allowing among other things, with the evolution of novel brain structures that enabled complex behaviors such as language and tool production. A new study by anthropologists at the University of Zurich now shows that changes in the brain occurred independent of evolutionary rearrangements of the braincase.


Planet Earth Report –“Yes, There Was Life on Mars to Nobel Prize & Alien Life”


Earth from ISS


The “Planet Earth Report” connects you to headline news on the science, technology, discoveries, people and events changing our planet and the future of the human species.


Last Week’s Top 5 Space & Science Headlines –“Black Hole Planets to Death of Mars”

ESO Observatories Chile



“It’s Just Weird” –Andromeda’s Ring of Dwarf Galaxies Suggests We’re Missing Something

Andromeda Galaxy


A string of 13 dwarf galaxies in orbit around the massive galaxy Andromeda –remnants of the population of primordial structures that coalesced to form giant galaxies like the Milky Way–are spread across a flat plane more than one million light years wide and only 30,000 light years thick –a distance so vast that they have yet to complete a single orbit. The discovery suggests that conventional ideas regarding the formation of galaxies are missing something fundamental.



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