CREATING THE QUANTUM FUTURE WITH MATERIALS & LIGHT
The rules of quantum mechanics are more than just a curiosity: they’re becoming the foundation of real-world technologies, like ultra-powerful computers, perfectly secure communication systems, and ultra-capable sensors, that go far beyond what today’s technologies can do.
Columbia Scientists Are Making This New Quantum Future a Reality
Building this future requires systems that behave in uniquely quantum ways, like materials that can conduct electricity with no resistance, sense tiny changes in magnetic fields, and combine with light itself.
At Columbia, we are exploring entirely new kinds of matter and devising new devices that will enable the next generation of breakthroughs—from curing diseases to securing global communications to tackling climate change…and more.
Recent News
In Physics World | Bound States in the Continuum Observed in a Solid Material
Bound states in the continuum (BICs) – static waves that remain isolated from propagating waves at similar energies – have been observed in electronic systems for the first time.
Professor Xiaodong Wang Receives NSF Grant to Advance Quantum Sensing and Communications
The three-year award supports research on quantum detection and estimation, while contributing to Columbia Electrical Engineering's expanding efforts in quantum information processing and education.
Quantum Interference Is Key to Catching Electron Waves
Electrons should move freely in metals. New research from Columbia identifies how to trap them in place.