Wearable tech is taking a leap forward. It is now possible to turn thoughts into art. Brain-computer interfaces (BCIs) are stepping out of labs and into the world of art. These interfaces read brain signals and turn them into visual and physical expressions. Two cool projects show how this works.
Flexible electronics are becoming more and more popular. They are used in many places. However, they often do not work well in different situations. This is a problem. So, scientists have been working on a new material. It is a special type of polyurethane elastomer. This material is different. It c
The world of temperature sensing just got a glow-up. Scientists have created a special membrane that changes how we measure heat. This isn't your average thermometer. It's a thin, see-through sheet that lights up when it gets hot or cold. The secret ingredient? Tiny sheets of yttrium oxide, dop
Macrolides are a type of antibiotic with powerful effects. They are made through a complex process involving polyketide synthases (PKSs) and other enzymes. Unfortunately, creating new macrolides in the lab often results in low yields. To fix this, scientists need a way to quickly test many variation
A clever way to spot mercury has been cooked up in labs. It uses a special dye and tiny gold bits to light up when mercury is around. This dye, called perylene, sticks to the gold bits. When it does, the light it gives off gets turned down. But when mercury shows up, it stops this from happening. So
Spina Bifida (SB) is a condition that can make it tough for adults to understand and manage their sexual and reproductive health. This lack of knowledge often leads to problems like unintended pregnancies, missed chances to pursue their health goals, and even increased risk of abuse. To tackle this,
The world of technology is always looking for ways to be more eco-friendly. One area where this is happening is in the creation of humidity sensors. These devices measure changes in the air's moisture levels by tracking shifts in electrical resistance. They are used in many fields, from factories to
Balance training using unstable surfaces is known to boost coordination and balance skills. To make this training more effective, researchers have developed a model. This model can estimate the movements of wobbly surfaces using only angle measurements. This could be a game-changer for devices like
Fluorescent biosensors are like tiny spies inside cells. They help scientists watch what's happening without causing any harm. These tools are super important in cell biology and medical research. They let scientists see how much of certain substances are in cells and track other signals. For a lon
Robotic arms, or six-degree-of-freedom (DOF) parallel mechanisms, face big challenges. These challenges include internal uncertainties, external disturbances, and interference between actuators. To tackle these issues, researchers developed a clever control strategy. This strategy combines third-ord
