• wnycradiolab: Tree Ring Lights by Judson Beaumont. (Thanks as...

    Updated: 2012-09-29 09:38:20
    wnycradiolab: Tree Ring Lights by Judson Beaumont.</a (Thanks as always, Colossal.)

  • Photo

    Updated: 2012-09-28 18:50:03

  • (via Music | High Existence)

    Updated: 2012-09-27 13:59:25
    (via Music | High Existence)

  • Nanomaterials characterization course at Foothill College-NASA Ames

    Updated: 2012-09-26 17:17:34
    An online course coupled with hands on training in Field Emission Scanning Electron Microscopy and Transmission Electron Microscopy given in Mountain View, California, is being offered by Foothill College and NASA-ASL (NASA-Ames).

  • Holy Transplant, Batman!

    Updated: 2012-09-25 16:51:30
    Science has done it again, and it’s blowing my mind. These days we’ve all pretty much accepted modern medicine’s ability to do some amazing things. Heart transplants – which likely would have struck, say, the Aztecs as a divine miracle – are fairly commonplace. And a complete blood transfusion is now not much more complicated [...]

  • ‘Training’ a memristive network

    Updated: 2012-09-24 11:23:24
    Researchers in Italy and Germany have developed an organic memristive device that mimics the adaptive processes occurring in nervous systems such as the human brain. The work is one of the main findings of the European Commission’s Seventh Framework Programme Future and Emerging Technologies-Open project which has brought together physicists, chemists, neuroscientists and mathematicians to [...]

  • This week’s hot paper – Read for free until 26th October

    Updated: 2012-09-24 10:00:14
    Hydrophobic cellulose nanocrystals modified with quaternary ammonium salts Cellulose nanocrystals or CNCs are environmentally friendly biomaterials whose surface functionality can be tailored in order to improve their performance.  In this hot paper, Zhou and co-workers describe a simple and flexible route to produce CNCs bearing high carboxylate content.  A new environmentally friendly method for the surface [...]

  • Another hot paper!

    Updated: 2012-09-19 09:56:37
    Atomic layer deposition of anatase TiO2 coating on silica particles: growth, characterization and evaluation as photocatalysts for methyl orange degradation and hydrogen production Photocatalysis using various forms of titanium dioxide is well known, but many of these forms, such as TiO2 thin films or the commercially available Degussa P25 powder, have small particle sizes which makes [...]

  • Measuring individual chemical bonds with noncontact-AFM

    Updated: 2012-09-18 23:14:35
    Noncontact atomic force microscopy using a tip functionalized with a single molecule provides highly precise measurement of individual chemical bond lengths and bond orders (roughly, bond strength).

  • (via Green Pedestrian Crossing in China Creates Leaves from...

    Updated: 2012-09-18 20:53:28
    (via Green Pedestrian Crossing in China Creates Leaves from Footprints | Colossal)

  • (via This is Not a Photograph: Amazing Portrait Drawn with...

    Updated: 2012-09-18 20:52:23
    (via This is Not a Photograph: Amazing Portrait Drawn with Ballpoint Pens by Samuel Silva | Colossal)

  • wnycradiolab: Technological mandalas made from soldered...

    Updated: 2012-09-18 19:26:48
    : . Follow on Tumblr Ask me anything RSS Feed Archive Home Robdöşambr Bucky Fullerene Things : Talking bout the things we used to do Search Posts wnycradiolab Technological mandalas made from soldered computer components , by Leonardo Ulian via the always excellent Colossal Sep 18, 2012 2:26 pm thisiscolossal.com 1,298 notes reblog art docsurreal liked this thatguythatoneguy reblogged this from amyvernon brothergonzo liked this juliabean515 liked this walklikegiants liked this untidyfurrows liked this blissandzen reblogged this from asymmetric-effects and added : I could not own this . I†d be compelled to connect the terminal of a nine volt battery to a random point and a speaker to . blissandzen liked this cultureshot reblogged this from patternbase desagradarte reblogged this from

  • (via New Scientist TV: Friday Illusion: How to shrink...

    Updated: 2012-09-18 00:40:05
    : : . Follow on Tumblr Ask me anything RSS Feed Archive Home Robdöşambr Bucky Fullerene Things : Talking bout the things we used to do Search Posts via New Scientist TV : Friday Illusion : How to shrink Berlusconi’s head Sep 17, 2012 7:40 pm newscientist.com 0 notes berlusconi science illustration newscientist RSS Feed Ask me anything Single A Theme Version 1.3 By Business Bullpen

  • This week’s hot papers – Read for free until 19th October

    Updated: 2012-09-17 10:25:04
    High throughput theory and simulation of nanomaterials: exploring the stability and electronic properties of nanographene Computational modelling of structure-activity relationships in nanomaterials can be challenging.  Snook and co-workers have developed a high throughput method by using a combinational approach with electronic structure simulations to give a general method for predicating and understanding the properties of [...]

  • UCL Discovery celebrates 2 million downloads

    Updated: 2012-09-17 09:57:16
    UCL Discovery wishes to congratulate the authors of our two millionth download! The paper that takes the accolade for this milestone achievement is authored by Professor Richard Blundell (UCL), Professor Thomas MaCurdy (Stanford) and Professor Costas Meghir (UCL): Blundell, R. and MaCurdy, T. and Meghir, C. (2007) Labor supply models: unobserved heterogeneity, nonparticipation and dynamics. [...]

  • nokkasili: 93.2

    Updated: 2012-09-17 05:46:25
    nokkasili: 93.2

  • (via Terry Moore: Why is ‘x’ the unknown?)

    Updated: 2012-09-16 05:08:54
    : Follow on Tumblr Ask me anything RSS Feed Archive Home Robdöşambr Bucky Fullerene Things : Talking bout the things we used to do Search Posts via Terry Moore : Why is x’ the unknown Sep 16, 2012 12:08 pm ted.com 0 notes math mathematics x unknown ted spain muslims islam arabs RSS Feed Ask me anything Single A Theme Version 1.3 By Business Bullpen

  • Researchers managed to generate and transfer spin currents in less than a picosecond

    Updated: 2012-09-09 10:12:44
    Home Introduction Researchers managed to generate and transfer spin currents in less than a picosecond Tweet Technical Researchers from Uppsala University , Germany and the US have demonstrated that spin currents can be generated and transferred from one nano-scale metal layer to another in less than a picosecond . The researchers are using very short femtosecond scale light pulses which create spin currents that move super-fast through the nanostructured layers and transfer the . spin Detecting the spin in such a short time is not easy , and they had to develop new technology to do so . They ended up using ultra-short x-ray flashes with a pulse length of just a few femtoseconds . The spin magnetic moment were measured using magnetic x-ray . spectroscopy source : Phys.Org Sep 09, 2012

  • Fruit juice infused chocolate to reduce fat consumption

    Updated: 2012-09-07 15:13:45
    Fruit juice has been used by scientists in the UK to replace up to half of the fat content from cocoa butter and milk fats in milk and white chocolate. Stefan Bon and his colleagues at the University of Warwick made a water-in-oil emulsion to replace the fat by adding fruit juices, water with added vitamin [...]

  • Journal of Materials Chemistry becomes three news

    Updated: 2012-09-06 16:03:49
    Following on from our recent announcements regarding our new journals, Journal of Materials Chemistry A, B and C, we are really looking forward to 2013 when the first issues will be published. In the words of Seth Marder, the current Chair of Journal of Materials Chemistry Editorial Board: ‘This announcement represents a big step [...]

  • Part-Themed Issue on ‘Materials for Biosurfaces’ now published

    Updated: 2012-09-04 11:43:27
    The 2012 Journal of Materials Chemistry part-themed issue on ‘Materials for Biosurfaces’ has now been published online. View the full issue here. Guest Editors for the themed issue were Professor Christ Ober, Ms. M. Elizabeth Welch and Dr Christian Ohm and their Editorial can be found here. A number of reviews were also published: Utilizing click chemistry [...]

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