Goldilocks Mission Man's Next Migration
Dr. Spencer Brown takes us on an exciting journey into the heart of the Goldilocks Mission and explores both present and emerging technologies that will empower man's migration to the stars.


(DOE/Lawrence Berkeley National Laboratory) Berkeley reserchers have carried out the first study in which the quantum phenomenon known as "entanglement" has been observed and characterized in a real biological system. Quantum entanglement is thought to be a critical factor behind the ability of green plants and certain bacteria, through photosynthesis, to transfer energy from sunlight and initiate its conversion into chemical energy with near 100-percent efficiency.

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(University of California - Riverside) Professor Alexander Balandin and a team of UC Riverside researchers, including Chun Ning Lau, an associate professor of physics, have taken another step toward new technology that could keep laptops and other electronic devices from overheating.

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(Carnegie Institution) The evolution of complex life forms may have gotten a jump start billions of years ago, when geologic events over millions of years caused large quantities of phosphorus to wash into the oceans. According to this model, proposed by Dominic Papineau of the Carnegie Institution for Science, the higher levels of phosphorus would have caused vast algal blooms, pumping extra oxygen into the environment which allowed larger, more complex types of organisms to thrive.

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(Rensselaer Polytechnic Institute) A team of researchers from Rensselaer Polytechnic Institute will send an army of microorganisms into space this week, to investigate new ways of preventing the formation and spread of biofilms, or clusters of bacteria, that could pose a threat to the health of astronauts. The Micro-2 experiment is scheduled to launch into orbit on May 14 aboard Space Shuttle Atlantis.

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The Air Force is funding scientists who are using lasers to seal up wounds at a molecular level.

The process would replace the sutures and staples traditionally used to repair wounded skin. A patient's wound would be coated in a dye, then exposed to green light for 2-3 minutes. The dye absorbs the light and catalyzes molecular bonds between the tissue's collagen.

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