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Research & Technology News
Extremely Fast Processes Recorded
KIEL, Germany, March 15, 2011 — Using pulses in the soft x-ray spectral region, scientists at the University of Kiel have demonstrated how quickly an intense laser can change the electrical properties of solids. The results of their research may lead to the development of optoelectronic components with faster data transmission rates or optical switches. This laser system generated the ultrashort x-ray pulses that were used in the experiment to make the recordings. (Images: Rohwer et al, University of Kiel) The new...
Marburg Tests Leica Nanoscope
MARBURG, Germany, March 16, 2011 — Philipps-Universität Marburg is working with Leica Microsystems on microscope technology that will provide resolution below the diffraction limit. The new optical nanoscopy, called GSDIM (ground state depletion microscopy followed by individual...
Matter Imaging Moves Forward
QUEBEC CITY, March 16, 2011 — New information on the electronic structure of atoms and molecules is now available because of first-ever observations of electronic correlations using high harmonic generation. This breakthrough opens new opportunities for investigating electron...
KIT Submits Proposals for Cluster of Excellence
KARLSRUHE, Germany, March 15, 2011 — Karlsruhe Institute of Technology (KIT) will go into the final round of the Excellence Initiative II with three new and three follow-up proposals. Apart from the follow-up proposals for the German Research Foundation (DFG) Center for Functional...
Laser-Driven Electrons Observed in Real Time
GARCHING, Germany, March 15, 2011 — Accelerated electron bunches and the plasma wave produced by the strong laser light that drives them have been observed for the first time in real time. The discovery will advance the development of new x-ray sources, whose resolution will be much...
Robonaut Features Advanced Vision
STADTRODA, Germany. March 15, 2011 — When the space shuttle Discovery returned recently after its last mission to the International Space Station, it left behind a passenger that will never return to Earth. Astronauts on the mission delivered a humanoid robot dubbed Robonaut 2, a...
Student Innovators Improve Imaging
TROY, N.Y., and PASADENA, Calif., March 15, 2011 — The latest winners of the Lemelson-MIT Rensselaer Student Prize have been named, with prizes going to students using terahertz technology at Rensselaer Polytechnic Institute (RPI) and California Institute of Technology (Caltech). Benjamin...
Etched Quantum Dots Emit Single Photons
GAITHERSBURG, Md., March 14, 2011 — An etching method has been revealed that can precisely shape and position quantum dots, making it possible for them to emit single photons. This process could boost prospects for powering new types of devices for quantum communications. The...
PicoQuant Initiates Imaging Contest
BERLIN, March 14, 2011 — PicoQuant GmbH has issued an invitation to scientists to submit single-photon-counting data taken with the company’s equipment. Winning submissions will earn €3000 (approximately $4200) toward the purchase of PicoQuant equipment and an...
Switcher Takes Quantum Communication to New Level
EVANSTON, Ill., March 14, 2011 — The first all-optical switch suitable for single-photon quantum communications has been developed at Northwestern University. The switching device raises quantum communication to a new level, representing a step toward building a network that takes...
Fast Laser Could Speed Communications
GOTHENBURG, Sweden, March 11, 2011 — The speed of surface-emitting lasers has been increased four times to an error-free data rate and record of 40 Gb – a breakthrough that could lead to faster Internet traffic, computers and mobile phones. Up to 100,000 lasers can be...
Ultrafast Photodetectors Made from Carbon Nanotubes
MUNICH, Germany, March 11, 2011 — A measurement technique claiming to be 100 times faster than any existing method can measure the dynamics of photoexcited electrons in nanoscale photodetectors using a time-resolved laser spectroscopy process. The new technique allowed Alexander...
Instrument Makers Team for Tech Development
LIESTAL, Switzerland, March 10, 2011 — Nanosurf, a maker of atomic force and scanning tunneling microscopes, and Zurich Instruments, a provider of lock-in amplifiers and phase-locked loops (PLL), have developed a strategic technology partnership. The two companies have agreed to...
Oxford Instruments to Auction Off Patents
CHICAGO, March 10, 2011 — Technology patents from Oxford Instruments will be auctioned off at ICAP Ocean Tomo’s Spring 2011 Live IP Auction on March 31 in New York City. The related lots to be sold include patents involving an imaging system and a microbolometer. ...
Optical Tweezers: There’s an App for That
LONDON, March 9, 2011 — A multitouch holographic optical tweezers interface for the iPad lets even novice users move and manipulate tiny particles like a pro.
Photon-Detection Records Set
WALTHAM, Mass., March 9, 2011 — Excelitas Technologies Corp. has announced record photon-detection efficiency and low dark counts in its solid-state silicon photomultipliers, low-light-level detection devices, with applications in medical and analytical markets. In 2009, the...
Laser Suturing Coming Soon to the OR
MUNICH, Germany, March 7, 2011 — A new minimally invasive tool that closes wounds using a laser takes its inspiration from a laser welding process developed for plastics. Although more and more surgeries are being carried out in a minimally invasive manner, the suturing of...
Sheets of Light Image Live Cells
ASHBURN, Va., March 7, 2011 — Using an exquisitely thin sheet of light, a newly developed microscope reveals the 3-D shapes of cellular landmarks in unprecedented detail. The technique images live cells at high speed so that researchers can create dazzling movies that make...
LED Advance to Mean Freedom from Binning
SAN JOSE, Calif., March 4, 2011 — A new advance from Philips Lumileds is promising to simplify the design process for LED solutions, which could mean an end to the binning process. The company said its Luxeon LEDs are tested and binned in real-world operating conditions so that...
MMIs Targeted for Quantum Computers
BRISTOL, England, March 4, 2011 — Quantum circuits based on optical multimode interference (MMI) are being used to advance quantum computers. Building a quantum computer will require a large number of interconnected components (gates), whose function is similar to that of a...
‘Superskin’ Goes Solar
STANFORD, Calif., March 3, 2011 — An ultrasensitive electronic skin has been developed that can detect chemicals and biological molecules in addition to sensing an incredibly light touch. What’s more, this new “superskin” can be powered by stretchable solar cells,...
Microscope Beats Diffraction Limit
MANCHESTER, England, March 3, 2011 — A microscope created by scientists at the University of Manchester shatters the record for the smallest object the eye can see, beating the diffraction limit and likely helping to elucidate the causes of many viruses and diseases. Experimental...
SERS Advances Disease Diagnosis
DURHAM, N.C., March 3, 2011 — Scientists at Duke University have developed a new noninvasive optical technique that uses a laser to peer into the genetic material of cells, enabling the detection of early-stage cancer and other diseases. The method uses metallic nanoparticles...
“Liquid pistons” advance camera lenses
TROY, N.Y. – A few unassuming drops of liquid locked in a very precise game of “follow the leader” could one day be found in mobile phone cameras, medical imaging equipment, implantable drug-delivery devices – possibly even implantable eye...
A new technique for terahertz radiation
BOULDER, Colo. – A new laser-based source of terahertz radiation that is more efficient and less prone to damage than similar systems could be useful for detecting trace gases or imaging weapons in security screening. Researchers at JILA, a joint institute of the...
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