The New York Times said, “In the little cluster of orbs which scampers across the sidereal abyss under the name of the solar system there are, be it known, nine instead of a mere eight, worlds.”
via New York Times
There are advances being made almost daily in the disciplines required to make space and its contents accessible. This blog brings together a lot of that info, as it is reported, tracking the small steps into space that will make it just another place we carry out normal human economic, leisure and living activities.
The future will be an exciting time to be alive, if for no other reason than it will
The post Parts Department: The You that Survives into the Next Century May be Mostly 3D Printed has been published on Technology Org.
Virginia Tech engineers have shed light on what happens to a nearby particle when bubbles burst. Sunghwan Jung,
The post Discovery about the destructive power of bubbles could lead to new industrial applications has been published on Technology Org.
The Integral, Fermi and Swift space observatories have used the magnifying power of a cosmic lens to explore the inner regions of a supermassive black hole.
A new theoretical paper has tackled the phenomenon of quantum decoherence, the process by which objects slip out of the quantum world and start behaving classically. The paper approaches this in a new way by applying an effect of general relativity to decoherence. The paper claims that gravity is the key to the disparity between the weird quantum world and the everyday, familiar world of human-sized objects in which we live.
Decoherence is a concept central to quantum mechanics. Essentially, a quantum particle, unlike a macroscopic object, can exist in a superposition of different states. This means that in a real, physical way, it exists in all those different states at the same time (with varying probabilities; the stronger the probability of a state, the more strongly the particle inhabits that state).
These quantum states include things like the particle’s spin, charge, energy, and location. So in effect, when a particle is in a super-position, it can be in multiple places at once—like when photons or particles interfere with themselves. This marks the obvious difference with our macroscopic world, where we can never see an object inhabiting two places at the same time. (Or spinning in two directions at the same time for that matter and so on.)
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Chemist Mercouri Kanatzidis of the U.S. Department of Energy’s (DOE) Argonne National Laboratory has received the Eni Award
The post ANL chemist receives Eni Award for work with thermoelectrics has been published on Technology Org.
Preserving memories is a big part of our lives. As technologies were moving forward, people moved from simple
The post Nanoform – disk with your memories that will last millenniums has been published on Technology Org.