Image of the Day: Alex’s 80-90 MPH Winds Roaring Into Gulf -Ecological Hyper-Tragedy Unfolding


Are Massive Arcs of High-Energy Photons That Sweep the Milky Way From Another Universe?

500x_black-holesIn sync atomic physicist Neils Bohr's famous comment about a colleagues crazy theory that "it's crazy, but maybe not crazy enough to be true," an eminent physicist has developed a theory that gamma ray bursts that occur at the fringes of the known universe and appear to be associated with supernovae, or star explosions, in faraway galaxies, are actually massive beams of high-energy photons from alternate universes that spray the galaxy in arcs, like cosmic death rays as black holes rotate.


Space Exploration in the Age of Homo Sapiens 2.0

Discovery_chan_id1_04aWill the future of space exploration evolve into a hybrid of human and robotic expeditions, one which may change the face of humanity in space?

The species that you and all other living human beings on this planet belong to is Homo sapiens. During a time of dramatic climate change 200,000 years ago, Homo sapiens (modern humans) evolved in Africa. Is the human species entering another evolutionary inflection point? 


ET Tech: “Could Technology Exist That’s Beyond Information & Matter?” (A Galaxy Classic)

4164320482_80f574d1c9Stephen Hawking warned recently that contact with an advanced extraterrestrial civilization could have dire consequences for the human species. Arthur C Clarke once made the famous observation that any sufficiently advanced technology would be indistinguishable from magic. Following in their footsteps, world renowned experts from physicist Sir Martin Rees of Cambridge University to astrobiologist Paul Davis of Arizona State have asked if we were to encounter alien technology far superior to our own, would we even realize what it was. A technology a million or more years in advance of ours could appear miraculous.


Our Search for Earth’s Twin: The First Direct Photo of an Exoplanet

Exoplanet This infrared-light photo taken by Gemini Observatory's adaptive optics system shows the star 1RSX J160929.1-210524 and its planet, which is about 8 times the size of Jupiter. The exoplanet, the dot at the upper left, is the first one to be directly photographed. Gemini Observatory

The adaptive optics system at the Gemini Observatory in Hawaii snapped this photo in the infrared part of the light spectrum. It shows a hot, large Jupiter-like planet near a smallish sun-like star. It was actually found two years ago, but astronomers couldn't be sure they were really looking at a planetary system and not some lucky alignment of objects. Now they're sure.


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