Engineering

Multiferroic materials combine electric and magnetic properties, enabling energy-efficient innovations like advanced sensors, memory devices, and next-gen electronics.

In a study involving 546 neonates, the app demonstrated impressive accuracy. The Pearson correlation coefficient between the app's smartphone-predicted bilirubin (SpB) and the TSB was a remarkable 0.84.

The ability to control magnetization using electric fields opens exciting possibilities for smaller, faster, and more energy-efficient memory devices.

These cube-shaped micro robots, measuring just 600 micrometers tall, are made of an epoxy body embedded with ferromagnetic neodymium-iron-boron (NdFeB) particles.

Discover the top aerospace engineering subjects like aerodynamics, propulsion, and spacecraft technology that prepare you for careers in aviation and space.

What Are Underwater Adhesives? Underwater adhesives are special types of glue designed to bond materials in wet environments. They play a crucial role in medical devices, helping to join tissues or attach…

AI is not simply a tool but is transforming into an essential component within each significant scientific and engineering avenue. Evidently, in material science, AI identifies new compounds with high…

India is about to make history with its SpaDeX mission, a technological feat that will propel the nation to the forefront of space docking technology.

In today’s world, where health threats such as viruses and drug-resistant bacteria are prevalent, the need for quick and reliable home diagnostic tests is time-critical. Researchers at NYU Tandon School…

Introducing the Future of Agriculture: A Revolutionary Robot that Can Touch Plants How Does This Touch Robot Work? A team of researchers in China has developed an incredible robot that…