A recent study on tungsten oxide films has been pulled back. The research was about how adding molybdenum ions and heating affects the surface and electrical properties of these films. The goal was to see if they could be used in photonic devices. But why was it retracted? The journal Heliyon decid
Cancer treatment is tricky. Doctors struggle with seeing deep into tissues. They also have trouble getting clear, real-time pictures of tumors as they change during treatment. Traditional imaging methods just don't cut it. They lack the detail and speed needed to track the dynamic tumor environm
Imagine a tiny, powerful light source, smaller than a grain of sand, traveling across Europe. This isn't a scene from a sci-fi movie, but a real-life event celebrating the International Year of Quantum Science and Technology in 2025. The light source is a solid-state quantum light source, which gene
Imagine trying to create a crystal out of water. Sounds impossible, right? Well, scientists have just done something pretty close. They've made something called a "fluidic moiré superlattice" using swirling vortices in fluids. This is like a special kind of crystal made from water! Here's how they
Scientists have made big strides in improving solar cells by adding photonic crystals. These tiny, repeating patterns can boost how well solar cells absorb and emit light. When tested, solar cells with surface photonic crystals showed an 89% increase in light brightness, while those with embedded ph
Have you ever wondered about the secrets hidden in tiny crystal structures? Scientists have discovered something remarkable: a material called CuInP2S6 has an amazing ability to emit light when exposed to certain types of light. This effect, known as second-harmonic generation (SHG), is stronger in
