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HAL 9000 Life-Size Replica - 2 views

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    I'll just leave this here :) They only cut corners on the lens - which allegedly should be a Nikkor 8mm F8.0, but the latter is rare and much more expensive than the final product itself (if you manage to find one used, that is)
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Bacteria grow electric wire in their natural environment - 1 views

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    Bacterial wires explain enigmatic electric currents in the seabed: Each one of these 'cable bacteria' contains a bundle of insulated wires that conduct an electric current from one end to the other. Cable bacteria explain electric currents in the seabed Electricity and seawater are usually a bad mix.
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    WOW!!!! don't want to even imagine what we do to these with the trailing fishing boats that sweep through sea beds with large masses .... "Our experiments showed that the electric connections in the seabed must be solid structures built by bacteria," says PhD student Christian Pfeffer, Aarhus University. He could interrupt the electric currents by pulling a thin wire horizontally through the seafloor. Just as when an excavator cuts our electric cables. In microscopes, scientists found a hitherto unknown type of long, multi-cellular bacteria that was always present when scientists measured the electric currents. "The incredible idea that these bacteria should be electric cables really fell into place when, inside the bacteria, we saw wire-like strings enclosed by a membrane," says Nils Risgaard-Petersen, Aarhus University. Kilometers of living cables The bacterium is one hundred times thinner than a hair and the whole bacterium functions as an electric cable with a number of insulated wires within it. Quite similar to the electric cables we know from our daily lives. "Such unique insulated biological wires seem simple but with incredible complexity at nanoscale," says PhD student Jie Song, Aarhus University, who used nanotools to map the electrical properties of the cable bacteria. In an undisturbed seabed more than tens of thousands kilometers cable bacteria live under a single square meter seabed. The ability to conduct an electric current gives cable bacteria such large benefits that it conquers much of the energy from decomposition processes in the seabed. Unlike all other known forms of life, cable bacteria maintain an efficient combustion down in the oxygen-free part of the seabed. It only requires that one end of the individual reaches the oxygen which the seawater provides to the top millimeters of the seabed. The combustion is a transfer of the electrons of the food to oxygen which the bacterial inner wires manage over centimeter-long distances. However, s
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Management of trade-offs in geoengineering through optimal choice of non-uniform radiat... - 1 views

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    Nice modelling research on geo engineering options ...
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Corporate culture spreads to Scandinavian universities - 1 views

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    "University of Copenhagen fired seismologist Hans Thybo, president of the European Geosciences Union. The official explanation for Thybo's dismissal - his alleged use of private e-mail for work, and telling a postdoc that it is legitimate to openly criticize university management - seems petty in the extreme."
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IBM Watson: The inside story of how the Jeopardy-winning supercomputer was born, and wh... - 0 views

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    A nice read. IBM Watson wowed the tech industry with a 2011 win against two of television show Jeopardy greatest champions. Using something that seemed like a sort of tree search for me IBM DeepQA algorithm managed to ingest sparse data (clues), process it getting one answer, understand what that answer means and come up with the question that leads to that answer. Now, IBM tells us that the same system can tackle medical diagnosis and financial risk problems.
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New method uses heat flow to levitate variety of objects - 1 views

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    Normally we associate levitation of objects to superconducting materials. Here a new technique is shown where levitation of a whole new range of materials is shown. "The large temperature gradient leads to a force that balances gravity and results in stable levitation," said Fung, the study's lead author. "We managed to quantify the thermophoretic force and found reasonable agreement with what is predicted by theory. This will allow us to explore the possibilities of levitating different types of objects." Paper at http://aip.scitation.org/doi/10.1063/1.4974489 New microgravity experiments possibility?
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    not really I fear .... "Typical sizes of the trapped particles are between 10 μm and 1 mm at a pressure between 1 and 10 Torr. The trapping stability is provided radially by the increasing temperature field and vertically by the transition from the free molecule to hydrodynamic behavior of thermophoresis as the particles ascend."
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    Might still be OK micro to mm sized experiments. The technique seems to be reliable and cheap enough to compete with other types of microgravity approaches - more research needed to define boundaries of course.
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Mars Curiosity Rover successfully launched - 0 views

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    On Saturday at 10:02 a.m. EST an Atlas V rocket carrying its precious cargo, the Mars Science Laboratory and Curiosity rover, took off successfully from Space Launch Complex 41 at Cape Canaveral. A statement from NASA Project Manager Peter Theisinger confirmed that all had gone according to plan.
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IBM discovers its inner Kickstarter via enterprise crowdfunding - Network World - 2 views

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    Internal crowdfunding for ESA? for Ariadna? Perhaps I'm late, but sounds feasible.
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The risk of geoengineering (or when abruptly stopping..) - 2 views

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    The researchers used a global climate model to show that if an extreme emissions pathway -- RCP8.5 -- is followed up until 2035, allowing temperatures to rise 1°C above the 1970-1999 mean, and then SRM (Solar Radiation Management) is implemented for 25 years and suddenly stopped, global temperatures could increase by 4°C in the following decades.
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    Nice quantitative study. They treat the problem within the full uncertainty range of climate sensitivity parameter (much uncertain), very complete. However, at SRM ceasing, after an initial positive spike of Radiative Forcing, the rate of warming seems to return to rates predicted for the non-geoengineering case: "The 20-year temperature trends following SRM cessation are 0.2−0.6 °C/decade for the range of climate sensitivities (figure 5), comparable to those trends that occur under the RCP8.5 scenario without any SRM." I am actually working on a similar idea for deliberate Mars terraforming: aiming to cool the planet down before we introduce a positive Temperature raising feedback with greenhouse gases, maybe could be more efficient than warming itself.
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Space News - September 9, 2013 - 4 views

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    why are we not getting these type of startups in Europe .... btw: Will is british
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    Nobody in Europe would invest 13Mio $ (or the equivalent in €) venture capital for this idea, it's just a different mentality. In Europe, VCs start to get interested when the investment risk is significantly lower.
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    I agree, the mentality is different, it's hard to find VC funding for hardware stuff, even more so if you wanna shoot your HW into space. but there is movement, e.g. pioneers.io, they are in vienna and are actively trying to get more VC funding (in europe) for HW and other engineering startups
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    thanks for the link ... just read this blog ... http://pioneers.io/blog/space-race-2-0-putting-satellites-into-the-hands-of-everyone a lot of selling talk but fundamentally I agree that they have a point ... and as ACT we will face the criticism in not so long that we have not managed (nor tried hard enough) to convince ESA about the need to embrace this "new space"
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Initial problems with first space toilets revealed :) - 1 views

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    On a lighter note: Decades after NASA's Apollo missions, people are having some laughs over transcripts of astronauts' humorous conversations aboard the spacecraft. For all their technological sophistication, the Apollo command module had a relatively primitive system for managing human waste.
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Description of Tersicoccus phoenicis gen. nov., sp. nov. isolated from spacecraft assem... - 0 views

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    bacteria apparently specialised in space clean rooms ...
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    I'm trying to read the abstract, but I simply can't manage...
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NASA set to debut online software catalog April 10 - 1 views

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    The catalog, a master list organized into 15 categories, is intended for industry, academia, other government agencies, and general public. The catalog covers technology topics ranging from project management systems, design tools, data handling, image processing, solutions for life support functions, aeronautics, structural analysis, and robotic and autonomous systems. NASA said the codes represent NASA's best solutions to an array of complex mission requirements. McMillan reported that "Within a few weeks of publishing the list, NASA says, it will also offer a searchable database of projects, and then, by next year, it will host the actual software code in its own online repository, a kind of GitHub for astronauts."
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CERN to switch to Comic Sans | CERN - 4 views

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    Finally good news!
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    I find it sad how Comic Sans is getting so much bad attitude from people... It's certainly not as horrific as Curlz or Exocet
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    Wingdings!
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    "CERN management also decreed that especially important physics results would from now on be accompanied online by animations of little clappy hands. The changes will take effect 1 April 2014."
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Interview with an IPCC leading author - 2 views

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    CliSAP: Mr. Held, several hundred researchers worked for several years on preparing the recently published third part of the Assessment Report, without pay and on top of their normal duties. The result was a work over two thousand pages long. Was it worth it? An overview of the uncertainties when it comes to estimating investments in low carbon. Maybe there is room for computational management projects in there?
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Interference of thermal waves - Can heat be controlled as waves? - 1 views

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    Imagine a material that only admits thermal conduction for certain temperatures. Martin Maldovan from Georgia Tech holds a tiny thermoelectric device that turns cold on one side when current is applied. Recent research has focused on the possibility of using interference effects in phonon waves to control heat transport in materials. These are exciting news (see Nature Materials paper here http://www.nature.com/nmat/journal/v14/n7/full/nmat4308.html). Heterostructure research lead to outstanding new possibilities when applied to electronic transport (e.g. in quantum well and quantum dots) and to photonics (e.g. Quantum Cascade Laser tunnable lasers). Apparently the time has come to see selective thermal control in this way! Truly exciting!!
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WorldWide Telescope - 2 views

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    Worldwide Telescope enables your computer to function as a virtual telescope, bringing together imagery from the best telescopes in the world. I managed to crash it twice in 20 minutes, but otherwise quite nice. Maybe Ingmar can add the GTOC solution in it ;)
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    Wow, it also supports the Oculus! I see a new application to install :)
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SparkleShare - Sharing work made easy - 3 views

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    alternative to Dropbox that is fully open source and installable on own servers - looks like a nice tool for us ...
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    .. and it's based on GIT! (the "proper geeky alternative to Subversion" thingie we are using to manage PaGMO's source code)
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The biology of business: Homo administrans - 0 views

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    "Richard Arvey, the head of the NUS business school's department of management and organisation, has been looking into precisely how genes interact with different types of environment to create such things as entrepreneurial zeal and the ability to lead others."...They are doing experiments with twins...I want to try with my twin!!!:))
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Yet another issue to take into account when you want to travel at c - 1 views

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    While my attitude to articles about interstellar travel is generally sceptical, this one seems to raise quite an interesting point... Physicists?
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    mmm, I think that if we manage to travel at 99.999998 per cent the speed of light, we'll have the technology to deviate these atoms ! one way could be a super strong magnetic field, or a super laser that would act as an ice breaker with the radiation pressure (the good thing is that light always travel at the speed of light, even if you are at 99.999998 per cent the speed of light)
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    Also, remember never to dereference null pointers.
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    True, it's almost like installing accelerometers upside down...
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