New Milestone in Laser Cooling: Research Team Succeeds in Cooling Silica Glass by a Record 67 Kelvins
A research team consisting of Fraunhofer IOF and University of New Mexico researchers have studied the laser cooling of…
New Technique Lets Scientists Create Resistance-Free Electron Channels
The chiral interface state is a conducting channel that allows electrons to travel in only one direction, preventing the…
Excelitas Debuts LINOS Low Outgassing UV F-Theta Ronar Lens for 340 nm-360 nm Wavelength Range
The unique UV construction of the low outgassing UV lens includes a high-grade fused-silica lens material and stainless-…
Combatting disruptive ‘noise’ – a quantum communication breakthrough
The team set up a three-station quantum network in their laboratory, mimicking configurations one might find in a future…
IDEEL project: Industry-relevant scaling of laser drying processes for lithium-ion batteries is within reach
Initially, a new electrode paste optimized for laser use will be developed as a coating material, a highly efficient las…
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UPCOMING EVENTS
Medical Engineering
Rockley Photonics unveils end-to-end digital health monitoring solution based on spectrophotometer-on-a-chip sensing module
- Holograms for molecules
- Laser 2000 UK Laser 2000 Is Introducing Moku:Lab, The New All-in-one Device For Professional Test & Measurement in Laboratories
- Examining Live Brains with New Adaptive-Optics Technology
- Concept Laser’s compact 3D Printer performs well in the dental industry
- Shining Light Deep into the Brain
Displays
Stretchable Quantum Dot Display
- KAIST researchers develop a tech to enable production of ultrahigh-resolution LED with sub-micrometer scale pixels
- A Compact RGB Scanning Projector for Wearable Displays and Smart Glasses
- Researchers develop a 3D structural display using origami
- Compound Photonics Unveils World’s Smallest Wide Field of View 1080p Optical Engine Reference Design for Smart Glasses
- From nata de coco to computer screens: cellulose gets a chance to shine
Electronics
SILICON BREAKTHROUGH COULD LEAD TO NEW HIGH-PERFORMANCE BENDABLE ELECTRONICS
- RIT researchers improve fabrication process of nano-structures for electronic devices
- Energy-efficient encryption for the internet of things
- The Coldest Chip in the World
- Fast-moving magnetic particles could enable new form of data storage
- Thin, flexible device could provide efficient cooling for mobile electronics – or people
Aviation
Cormorant UAV (formerly AirMule) Completes First Fully Autonomous Pattern Flight Over Terrain
- A Tail of Innovation: New Technology Could Change Airplane Design
- UQ invention set to revolutionize unmanned vehicle surveillance
- GE Announces Portable ARINC 429 USB Adapter to Speed Monitoring, Test and Debugging of Avionics Systems
- ING Robotic Aviation to demonstrate Responder robotic aircraft at TFI World Fertilizer Conference
- Sky Sapience to Deliver 1st HoverMast - Tethered Hovering Platform
Research
Spinning electrons could lead to new electronics
- 2D superconductor surviving in high magnetic fields over 50 Tesla
- Spin current on topological insulator detected electrically at room temperature
- Helping Siri Hear Through a Cocktail Party
- Drexel Engineers' Recipe For 'Sandwiching' Atomic Layers Expands Possibilities For Making Materials That Store Energy
- Caltech Announces Discovery in Fundamental Physics
New four-terminal tandem organic solar cell achieves 16,94% power conversion efficiency
The four-terminal tandem configuration has emerged as a highly efficient alternative strategy in solar cell design. Unlike the two-terminal approach, this configuration features separate electrical connections for the
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