This image shows a visualization of the calculated exciton transfer from an upper tetracene layer of a solar cell to the silicon substrate. The electron is shown in blue, and the electron hole in red….
Read More
As AI becomes deeply embedded in workplaces, learning how to work alongside it may become an essential career skill. Credit: Shutterstock Workers who learn to use AI effectively may gain a significant advantage as workplaces…
An artist’s illustration of a photonic valleytronic chip for information processing. Credit: Dr. Chi Li Researchers have created a compact chip that manipulates light-based quantum information with remarkable precision, advancing the development of next-generation photonic…
Optical image of a fully-packaged hybrid integrated erbium-laser based on silicon nitride photonic integrated circuit, providing fiber-laser coherence and previously unachievable frequency tunability. Credit: Andrea Bancora and Yang Liu (EPFL) EPFL researchers have developed a…
The Y-zipper a user creates will appear to “shape-shift” in the real world. When unzipped, it can look like a squid with three sprawling tentacles, and when closed up, it becomes a more compact structure….
A new catalyst developed by University of Birmingham scientists could dramatically lower the temperatures needed for hydrogen production. Credit: Stock Birmingham researchers have developed a new method for producing hydrogen fuel that costs less than…
The compressorless gas turbine developed by the KIT team burns for almost one minute longer than NASA’s. Credit: Joachim Grune, KIT KIT researchers surpass NASA and achieve a technological breakthrough toward a CO2-neutral energy system….
Electronics usually fail under extreme heat, but scientists have now created a memory chip that keeps working at temperatures hotter than lava. Credit: SciTechDaily.com A heat-proof chip that survives 1300°F could revolutionize both extreme-environment tech…
Correlated photon pairs, generated via sunlight-pumped spontaneous parametric down-conversion in a nonlinear crystal, demonstrate ghost imaging. Credit: W. Zhang (Xiamen University) Scientists have shown that sunlight alone can generate quantum-correlated photons capable of producing “ghost…
In this illustration, light is coupled into a nanoscale cavity and interacts with an atomically thin material, creating exciton-polaritons. These hybrid particles combine light’s speed with matter’s ability to interact, enabling optical signal switching. Credit:…
