Carbon monoxide poisoning is a significant problem for construction workers because it can build up quickly in enclosed spaces from use of gasoline-powered tools. New research calls for the use of a wearable computing system installed in a helmet to protect construction workers from this type of poisoning.
Few are more excited about Lego's new Mindstorms sets rolling out next month than Silicon Valley engineers. Ostensibly geared toward children age 10 and over, the new Mindstorms will also appeal to professional hackers. The sets will use open source software, Linux, for the first time, and controller apps are integrated for tablets and mobile phones.
When U.S pilots encounter enemy air defenses, onboard electronic warfare (EW) systems protect them by interfering with incoming radar signals: a technique known as electronic attack (EA) or jamming. Conversely, electronic protection technology prevents hostile forces from using EA methods to disable U.S. radar equipment assets. A research team is now developing a new generation of advanced radio frequency jammer technology.
Researchers in Israel have developed a simple magnetization progress that depends on electron spin to eliminate the need for permanent magnets in memory devices. The new technique, called magnetless spin memory (MSM), drives a current through chiral material and selectively transfers electrons to magnetize nanomagnetic layers or nanoparticles.
This week, Agilent Technologies Inc. launched a new calibration center in Phoenix, Ariz. Owners of Agilent electronic measurement instruments in the area can receive true local OEM calibrations, with measurements performed using OEM procedures for every warranted specification.
Officials demanded Monday that an advertising firm stop using a network of high-tech trash cans to track people walking through London's financial district. The Renew ad firm has been using technology embedded in the hulking receptacles to measure the Wi-Fi signals emitted by smartphones, and suggested that it would apply the concept of "cookies"—tracking files that follow Internet users across the Web—to the physical world.
A device based on the principles of resistive memory has been developed at the Univ. of California, Riverside, and can be used to create memory cells that are smaller, operate at a higher speed and offer more storage capacity than flash memory cells, the current industry standard. The key advancement is the creation of a zinc oxide nano-island on silicon. It eliminates the need for a second element called a selector device.
Electron beam (e-beam) lithography enables researchers to write very small patterns on large substrates with a high level of precision. In the Nano3 cleanroom facility at the Univ. of California, San Diego’s Qualcomm Institute, a new Vistec e-beam writer is helping to develop nanoscale transistors for integrated electronics, as well as neural probes for brain diagnostics.
The next generation of smartphones could be capable of storing 250 hours of high-definition video and carrying a charge for a week, thanks to an advanced data storage technology from a Univ. of Michigan startup that could upend the memory market. Crossbar Inc., which licensed the technology from U-M in 2010, recently announced it has developed a working resistive random access memory prototype in a commercial fabrication facility.
An expert in the relatively new field of adapting signal processing to strengthen the security of finance markets New Jersey Institute of Technology Professor Ali Akansu believes that by using digital signal processing (DSP) engineering another flash crash, like the one in 2010 that almost destroyed worldwide financial markets, need never happen again.
Keithley Instruments Inc. announced that its Model 2657A high-power system SourceMeter source measure unit (SMU) instrument has received a 2013 R&D 100 Award. The Model 2657A, which allows researchers and engineers to make electrical measurements at up to 3,000 V while measuring down to 1 fA, is part of Keithley's growing line of precision sourcing and measurement instruments.
Curiosity Rover team members re-live the dramatic Aug. 6, 2012 landing and the mission's achievements to date in a recent event aired on NASA Television and the agency's website. In the year since inspiring millions of people worldwide with its one-of-a-kind landing in a crater on the Red Planet, Curiosity has achieved its primary scientific objective; finding evidence that ancient Mars could have sustained microbial life.
Today’s digital designs are evolving in a variety of ways, prompting new approaches to design, simulation, measurement and debug. One change is the use of more serial buses. Another is the use of system-on-a-chip (SOC) integrated circuits or advanced field-programmable gate arrays with SOC capability. Despite this evolution, there's still a role for classic parallel buses in many designs and the need to measure those buses.
Over the past decade, significant changes have been underway among users of electronic test and measurement instrumentation. For example, electronics companies’ R&D staffs have shrunk, and engineers report they are under pressure to do more with fewer resources than in the past. At the same time, there are fewer engineers dedicated to test with in-depth test and measurement training and background.
The space program in the mid-20th century accelerated the switch from analog to digital systems for high-speed data acquisition and monitoring. But systems recording today’s physical and electrical phenomena must meet a new set of data acquisition and logging challenges, making them unrecognizable to those early computer pioneers.
Afraid there may be peanuts or other allergens hiding in that cookie? Thanks to a cradle and app that turn your smartphone into a handheld biosensor, you may soon be able to run on-the-spot tests for food safety, environmental toxins, medical diagnostics and more.
Cable clutter is an eyesore and a tripping hazard in one. Researchers have developed a new kind of antenna hidden in tables that can wirelessly supply electronic devices with power. The power extends throughout the tabletop without the need for a large, impractical coil. The “tables” can transmit data, too.
What happens to a resonant wireless power transfer system in the presence of complex electromagnetic environments, such as metal plates? A team of researchers has explored the influences at play in this type of situation, and they describe how efficient wireless power transfer can be achieved in the presence of metal plates.
In an effort to thwart forgeries, researchers in Switzerland have proposed a new miniaturized authentication system. By combining moiré patterns and microlithography techniques, authorities can be easily recognize counterfeits with the naked eye and counterfeiters will find it impossible to reproduce items through currently existing printer or scanner technology.
Fluxes and turbulence caused by the interaction between the air and sea can significantly alter the path of electromagnetic waves in radar and communications systems. In effort to boost the U.S. navy’s communications performance at sea, researchers deployed Office of Naval Research unmanned aerial vehicles (UAVs) in an effort to determine the ocean and atmospheric weather variations that can change the angle that radar and radio waves bend.
A team of theoretical physicists at the U.S. Naval Research Laboratory and Boston College has identified cubic boron arsenide as a material with an extraordinarily high thermal conductivity and the potential to transfer heat more effectively from electronic devices than diamond, the best-known thermal conductor to date.
High speed oscilloscopes are vital tools in the development of high-speed digital networks. Teledyne LeCroy, a subsidiary of Teledyne Technologies Inc., this week demonstrated the world's first 100 GHz real-time oscilloscope by successfully acquiring and displaying live signals at 100 GHz bandwidth
According to scientists at Carnegie Mellon Univ. and Microsoft Research, the same 3-D printing process used to produce an object can simultaneously generate an internal, invisible tag. These internal tags, which the have been dubbed InfraStructs, can be read with an imaging system using terahertz radiation. As terahertz technology develops, these tags could have many applications.
Flexible electronics have a wide variety of possibilities, from bendable displays and batteries to medical implants that move with the body. Networks of spherical nanoparticles embedded in elastic materials may make the best stretchy conductors yet, engineering researchers at the Univ. of Michigan have discovered.
Researchers at Arizona State Univ. have successfully manufactured the world’s largest flexible color organic light emitting display prototype using advanced mixed oxide thin film transistors. Measuring 7.4 diagonal inches, the device was developed at ASU’s Flexible Display Center in conjunction with Army Research Labs scientists.