Laminar electronics

Laminar electronics is a type of technology that involves thin layers of materials being stacked on top of each other to create an electronic device. It's like playing with a stack of pancakes, where each pancake represents a layer of material. Just like how you can stack pancakes in different ways, scientists and engineers can stack different materials to create unique devices.

The materials that are used in laminar electronics can range from metals to plastics and even semiconductors. Each layer is designed to have a specific purpose, like conducting electricity or blocking it. By combining these layers, scientists can create devices such as sensors or display screens.

The layers are so thin that they're measured in nanometers, which is a fancy way of saying really, really small. This makes laminar electronics useful for creating devices that are smaller and more flexible than traditional electronics. For example, a sensor made using laminar electronics could be thin and flexible enough to wrap around your finger like a ring.

Overall, laminar electronics allows for the creation of devices that are smaller, more flexible, and can do things that traditional electronics can't.