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- Macnification 1.6.1 (Mac)
- Macnification is a workflow solution for digital electron microscopy. It enables scientists to organize, find, annotate, analyze, adjust, compare and publish microscopic images. All major image file formats can be imported into Macnification, as well as their metadata, which are presented in a fully customizable view. A full-screen image view...
- Tags: Apple Macintosh, Spreadsheet, Orbicule, Macnification, Productivity
- Software downloads 2009-11-04
- Computers have speed limit as unbreakable as speed of light, say physicists
- Yeah, they have been saying this same thing for years....and everytime, they find a way to make computers even faster. I don't think that they will EVER reach a limit for computer power. Not ever.FacinatingI always knew there would be a wall somewhere, but what will be needed with that...
- Tags: PRODUCTIVITY, computer
- Discussion threads 2009-10-16
- SingleCrystal 1.5.3 (Mac)
- SingleCrystal is an elegant, easy-to-use program for visualizing and understanding diffraction patterns from single crystals. SingleCrystal lets you simulate simulation electron diffraction patterns and reciprocal lattice sections - which can be compared directly with observed data. The program also lets you display stereographic projections of planes, traces, zones and zone...
- Tags: Apple Macintosh, SingleCrystal, Mice, Productivity, Desktops, Hardware, Peripherals
- Software downloads 2009-09-28
- Scientists create 'transparent aluminum,' call it a new state of matter
- Oxford scientists claim to have created a transparent form of aluminum by bombarding the metal with the world’s most powerful soft X-ray laser. The substance is nearly transparent to extreme ultraviolet radiation and is the latest addition to a growing list of exotic states of matter. Crossing...
- Tags: Laser, University Of Oxford, Aluminum, Chris Jablonski
- Blog posts 2009-07-30
- Nehalem servers could spark a $27bn feeding frenzy
- Nehalem servers could spark a $27bn feeding frenzyItanium doesn't stand a chance to NehalemOne things for sure (and probably why Intels Tukwila/Itanium has slipped by about a year) is that Itanium doesn't stand a chance against Nehalem and even when Tukwila does arrive, will have a tough ride against Nehalem-EX....
- Tags: Semiconductors, Servers, Processors, transistor, Nehalem, electron, Ballistic Deflection Transistor, single core server, Intel Itanium, server
- Discussion threads 2009-03-26
- New physics as applied to solar tech
- Scientists at Los Alamos Lab in New Mexico have confirmed that it's possible for a single photon to create more than one electron. They have tracked the phenomenon in nanotech semiconductor crystals. This research can enable more efficient solar panels. The research shows a conventional solar cell...
- Tags: Electron, Nanotechnology, Semiconductors, Emerging Technologies, Hardware, Harry Fuller
- Blog posts 2009-02-10
- Quantum holographic storage: it works!
- Researchers at Stanford University have demonstrated quantum holographic storage, shattering long-held assumptions about the information limits of matter. Moving into the sub-atomic realm, they permanently stored 35 bits in the quantum space surrounding a single electron. Moreover, the technique allows holograms to be "stacked" in 3 dimensions....
- Tags: Electron, Hologram, Quantum Corp., Beam, Storage, Hardware, Robin Harris
- Blog posts 2009-02-03
- Asking a paranoid question
- Asking a paranoid questionI don't know...But I'll venture an answer anyway, because this is all in the name of fun...I don't think inserting instructions is possible.Disruption almost certainly is, although I would have to question the economy of targetting specific interconnects between components. The problem is that anything you...
- Tags: Servers, volt, Asking, motherboard
- Discussion threads 2008-12-04
- Looking at single atoms of hydrogen
- As you probably know, graphene is a one-atom-thick sheet of carbon atoms packed in a dense two-dimensional honeycomb lattice. And it recently became very popular recently as a basis for ultra-fast transistors. Now, according to Science News, U.S. researchers are using graphene to image individual hydrogen atoms via a standard...
- Tags: Atom, Researcher, Hydrogen, Carbon, Here, Roland Piquepaille
- Blog posts 2008-07-19
- Nanoscale microscope on a chip
- New Scientist recently reported that a UK company is developing a microscope on a chip four times more powerful than the best scanning electron microscopes SEMs available today. The best SEMs have a resolution of 0.05 nanometer. This new one, which will be small enough to fit onto a fingertip,...
- Tags: Microscope, Electron, Scientist, Chip, Scanning Electron Microscope, NFAB, Microscope Body, Nanotechnology, Semiconductors, Emerging Technologies, Hardware, Roland Piquepaille
- Blog posts 2008-06-16
- Can you hear me now? (Images: Happy 60th birthday transistor)
- Can you hear me now? (Images: Happy 60th birthday transistor)photo of the Sonotone 1010photo of the Sonotone 1010 http://www.todayinsci.com/Events/Technology/Sonotone1010Thm.jpgPentium 4There is a typo in the caption for the Pentium 4. The caption reads "Initial speed: 1.5 GHz" whereas the picture of the processor itself has a stamp of 1.3 GHz...
- Tags: Processors, Intel Pentium, birthday transistor, chip, caption, PC-on-a-chip
- Discussion threads 2007-12-11
- Looking inside our skin
- Researchers from the European Molecular Biology Laboratory EMBL have taken the closest look ever at native human tissue by using an advanced microscopy technique called cryo-electron tomography. This technique allows to obtain molecular resolution images of intact cells. The researchers were able to reveal the Velcro-like molecular organization of...
- Tags: Technique, Researcher, Cell, Productivity, Roland Piquepaille
- Blog posts 2007-12-10
- A supercomputer to design better plants?
- Is it possible to create more productive crops than nature does without growing hybrids or genetically modified plants? According to researchers at University of Illinois at Urbana-Champaign UIUC, the answer is yes . They've simulated photosynthesis, the process by which plants convert light to energy, with the help of supercomputers...
- Tags: Researcher, Protein, Supercomputer, Gene, Plant, Computer, UIUC, Productivity, Roland Piquepaille
- Blog posts 2007-11-26
- Self-powered nanowires
- Many research teams around the world are building nanodevices of some kind. But these very small devices need very small sources of power to be fully functional. Now, researchers at the University of Illinois at Urbana-Champaign UIUC have shown that a single nanowire can produce power by harvesting mechanical energy...
- Tags: Researcher, Voltage, Yu, Voltage Generation, Team Management, Nanotechnology, Management, Emerging Technologies, Roland Piquepaille
- Blog posts 2007-09-29
- A random day in the life of technology that should just be better
- A random day in the life of technology that should just be betterI don't know David......What's your point? ;)sighHey DaveWhen desperate I use a cheap panasonic minidv camera, firewire into my computer and use Windows Encoder 9 as a switcher and create the end product. At bandwidth 1024 the output...
- Tags: Corporate communications, Apple iSight, MiniDV, video, camera
- Discussion threads 2007-09-20
- A one-atom thick billiard table
- A team of physicists at the University of California at Riverside UCR have found that graphene, which was isolated experimentally only less than three years ago, and which is a one-atom thick sheet of carbon atoms arranged in hexagonal rings, can act as an atomic-scale billiard table. They found that...
- Tags: Electron, Quantum, Transistor, Electronics, Carbon Atom, Roland Piquepaille
- Blog posts 2007-09-15
- The most powerful microscope in the world
- A new microscope developed by the TEAM Project (Transmission Electron Aberration-corrected Microscope), supported by the U.S. Department of Energy, has recorded the highest-resolution images ever seen (0.05 nanometer and below). This is equivalent to a quarter of the diameter of a carbon atom. This microscope will be delivered to the...
- Tags: Team, Microscope, TEAM Project, TEAM Microscope, TEAM Instrument, Roland Piquepaille
- Blog posts 2007-09-14
- What is nanopantography?
- If you don't know the answer, I cannot blame you. After all, a query for 'nanopantography' on Google returns only 43 results as I'm typing this. But researchers from the University of Houston say that nanopantography can create billions of nanotech devices in hours. The idea behind the technology is...
- Tags: Technique, Ion, University Of Houston, Wafer, Nanotechnology, Roland Piquepaille
- Blog posts 2007-09-05
- Attosecond X-ray light pulses
- Before going further, do you know what is an attosecond? It's 10-18 second or just a billionth of a billionth of a second. And German researchers have showed that a 'flash of light can be shorter than the time it takes the wave carrying the flash to perform a full...
- Tags: Atom, Electron, Laser, Pulse, Roland Piquepaille
- Blog posts 2007-08-14
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