Imagine a material so dense that a teaspoon of it weighs as much as 900 Pyramids of Giza. Some objects in the universe really are
On June 10, 2000, hundreds of thousands of eager pedestrians traversed the newly opened London Millennium Footbridge. However, as more and more pedestrians filtered across,
We’ve all been there before: waking up at the crack of dawn, taking a sip of coffee, and trudging all the way to class or
The unusual fluid and solid-like properties of cornstarch and water Cornstarch is a common household item that can be used for a variety of purposes,
Illuminating a Sustainable Future Through Light Data Close your eyes and imagine yourself on the moon. It is night, and before you, the glow of
New discovery in skull and brain development has implications for greater understanding of evolution of reptiles and birds.
The Milky Way Galaxy has long been studied as a model for other galaxies in the universe. However, Yale professor Marla Geha is part of a collaboration exploring just how different the Milky Way might actually be.
American and South Korean scientists have developed carbon nanotube yarns that convert twisting and stretching motions into electrical signals. The applications range from wearable sensors to harnessing the energy of ocean waves.
Quantum computing is harnessing the power of quantum mechanics to achieve computational feats once thought impossible. In the Schoelkopf Lab at the Yale Quantum Institute, the effort to experimentally design a quantum computer is moving quickly, and a recent finding shows promise in coupling qubits to sound waves.
Just moments after the big bang, all matter existed in a state called the quark-gluon plasma. Yale professor Helen Caines and her group work with the STAR collaboration, together aiming to discover the properties of our universe this early in its history.