Q&A

Tunable, Narrow Linewidth, Chip-Scale Lasers

Mateus Corato Zanarella is the lead author of a Nature Photonics article describing the creation of tunable visible lasers of very pure colors from near-ultraviolet to near-infrared that fit on a fingertip.

Predicting the Failure of Crystalline Metallic Materials

Researchers have developed a theory that predicts the limits to which metals can be subjected to cyclic stress before failing.

A Self-Healing Structural Composite

Jason Patrick, assistant professor of civil, construction, and environmental engineering at North Carolina State University, and his team have developed a new composite material for applications like airplane wings and wind turbine blades in which hidden defects and damage can self-heal.

Q&A: Nanoelectronic Heart Cell Sensor

Professor Jun Yao and his team at the University of Massachusetts Amherst, have created a tiny sensor that can simultaneously measure electrical and mechanical cellular responses in cardiac tissue.

Bringing More Reliable Electricity to Puerto Rican Microgrids

Ben Ollis and a team of engineers from Oak Ridge National Laboratory are creating a novel orchestrator tool to manage a cluster of microgrids so they can directly support and communicate with each other, making them more resilient during long power outages. It is being installed as a demonstration project in the small town of Adjuntas in the Central Mountains of Puerto Rico.

Q&A: Reinventing Offshore Wind Turbines

Dr. Brandon Ennis, Sandia National Laboratories’ offshore wind technical lead, had a radically new idea for offshore wind turbines: instead of a tall unwieldy tower, with blades at the top, he imagined a towerless turbine with blades pulled taut like a bow.

Focusing the Sun – A Big Gain for Solar Power Efficiency

A new kind of optical concentrator can passively focus the sun onto a photovoltaic cell from any angle to reduce the amount of photovoltaic material needed for a given amount of power generation.

Q&A: Artificial Skin Could Lead to a New Generation of Touch-Sensitive Robots

A team of engineers from the University of Glasgow led by Professor Ravinder Dahiya developed an artificial skin with a new type of processing system based on...

Q&A: Liquid-Solid Co-Printing of Complete Functional Systems

Professor Robert MacCurdy and his team at the University of Colorado at Boulder have developed and characterized a method to print 3D structures with the simultaneous use of different...

Q&A: Radar Imaging at Terahertz Frequencies

Professor Kenneth K. O. and his colleagues at The University of Texas at Dallas and Oklahoma State University have developed an innovative and affordable terahertz imager microchip that can enable...

Spray-On Coating Could Make Solar Panels Snow-Resistant

An inexpensive, clear coating has reduced snow and ice accumulation on solar panels, enabling them to generate up to 85% more energy in early testing.

How to Measure High Voltage with No Physical Contact

Dr. Israel Owens and his team at Sandia National Laboratories have used a crystal smaller than a dime and a laser smaller than a shoebox to safely measure 20 million volts without making physical contact to the electrode.

Q&A: A Unique Material Transmits Heat in One Direction and Blocks it in Another

Professor Jiwoong Park and his team have made a material that is crystalline in the X-Y direction, but amorphous in the Z direction.

Q&A: Ultra-Fast Manufacturing of Wearable Sensors

An "E-Skin" material can be printed without polymer binders.

Q&A: Optimizing Lithium-Ion Batteries for Extreme Fast Charging

New lithium-ion batteries that can be charged in 10 to 15 minutes at a roadside charging station.

Q&A: Self-Healing Polymers Create Water-Resistant Coatings

Jingcheng Ma, along with a team of researchers at the University of Illinois, Urbana-Champaign, found a way to make ultra-thin water-resistant surface coatings robust enough to survive...

Q&A: Plastics Could See Second Life as Biodegradable Surfactants

A chemical process produces valuable biodegradable chemicals from discarded plastics.

Q&A: Flexible, Printable, Tunable Microwave Resonator Arrays

Fiorenzo Omenetto, Frank C. Doble Professor of Engineering at Tufts University School of Engineering, Dean of Research, and Director of the Tufts Silklab led a team that has produced...

Q&A: Switching Technology Improves Power Grid Efficiency

Kristin Sampayan from the Lawrence Livermore National Laboratory found a fast way to switch high voltages.

Q&A: Wireless Charging for Electric Vehicles

Dr. Burak Ozpineci is developing a system that charges electric vehicles while driving.

Q&A: Team of Robots Maps Composition of an Environment

New autonomous robotic devices can survey hazardous or difficult-to-reach sites faster than humans.

Q&A: Platform Converts Headphones from 'Dumb' to 'Smart'

Rutgers researcher Xiaoran Fan developed a "HeadFi" method that uses ordinary headphones as sensors.

Q&A: Electricity-Free Cooling

Professor Qiaoqiang Gan of the University at Buffalo (NY) and his team developed a unique two-in-one system that uses solar energy for simultaneously cooling and heating — without electricity.

Q&A: Printable Flexible Batteries

Professor Shirley Meng explains why there's a demand for stretchable batteries.

Q&A: Oil and Gas Wells for Energy Storage

USC researchers found a way to use idle oil and gas wells for energy storage.

Q&A: 3D-Printed Polymer Lattice Strengthens Concrete

Brian Salazar and his UC Berkeley team have developed a new way to reinforce concrete with a polymer lattice, an advance that could rival other polymer-based enhancements and improve...

Q&A: A New Method for 3D Printing of Tiny Gel Structures

See how Dr. Andrei Kolmakov and his team are using low-energy electron beams to 3D-print tiny gel structures in liquids.

Q&A: Soft Electronics Treat Heart Arrythmias

A new class of medical instruments uses flexible electronics to improve patient outcomes in minimally invasive surgeries.

Q&A: NanoLED Architecture Overcomes Efficiency Droop

A nanoLED has up to 1,000 times the brightness of conventional submicron-sized LEDs.