Topics

Ten years after detecting the first ripples in space-time, scientists have analyzed gravitational wave signals and confirmed Stephen Hawking's black hole area theorem.

Researchers enhance the laser interferometer gravitational-wave observatory using a new method to reduce noise, enabling detection of more distant and massive black hole mergers.

Scientists have developed a fast, room-temperature method to rearrange thousands of atoms deep within crystals, opening the way for custom quantum materials that work outside the lab.

Researchers use atom-sized defects in crystals to pack terabytes of data into a tiny millimeter cube for regular computers.

Researchers develop a room-temperature device using oscillators and quantum materials to efficiently tackle complex real-world challenges in scheduling and routing.

Researchers increase speed and stability of quantum bits using a special material, paving the way for more efficient quantum computers that solve complex problems faster than traditional ones.

Cornell scientists create a low-power microchip that processes ultrafast data and wireless signals using microwave physics, offering efficient computing for various tasks.

Researchers at Rice University uncover a powerful way to make vibrations in materials interfere strongly, opening doors to better sensors and quantum devices without needing complex setups.

Engineers at the University of Utah unveil a tunable light-based chip that could reshape the future of ultra-fast optical computing.

Physicists have suggested that primordial naked singularities contribute to dark matter and could be observed.