Bringing Quantum to Life
Stevens Institute of Technology quantum research is informing the next generation of security, communication, medical and engineering applications — and reshaping our understanding of the universe.
Stevens Institute of Technology quantum research is informing the next generation of security, communication, medical and engineering applications — and reshaping our understanding of the universe.
Stevens develops leading-edge quantum technologies with government, academic and industry partners
University center serves as the hub of Stevens’ leading-edge quantum research
Stevens’ quantum research-center director explores everyday applications for quantum’s curious properties.
The university enters into an industry partnership and takes the stage in Times Square
AI can see, create, reason and answer any question you can throw at it, but it couldn’t ‘feel’ — until now
Stevens creates quantum technologies to protect our data and privacy
Goodbye passwords? Quantum computing can make financial, medical and email data impossible to crack
Airtight security depends upon super-random numbers — and Stevens’ quantum labs are generating some of the most random known
Stevens Ph.D. candidate Cynthia Osuala harnesses quantum properties to design new materials, devices
Stevens quantum physicist Igor Pikovski probes — and suggests answers to — some of the most basic questions about the world as we know it
The particles responsible for gravity were once considered impossible to trap; a new Stevens experiment may have changed all that
Time itself may be able to exist in multiple states, simultaneously, says a leading quantum thinker
NASA funds Stevens’ explorations toward a ‘holy grail’ linking two of science’s foundational theories
Stevens research is informing design of the next generations of computers
Stevens-developed process accelerates chip-based photon techniques
Any mass-produced personal quantum computer will need to work at room temperature — and a racetrack-shaped microcavity may be key
This neat trick could allow us to encode much more information on photons, opening the door to faster, more powerful quantum communication tools
Creativity inside the lab and outside the box bring a Stevens professor and Ph.D. student a major innovation award
Stevens switched on the nation’s first experimental network that can communicate between different physical points on a university campus
The Department of Defense engages the university’s top quantum experts
A unique Stevens optical filter that inspects light’s quantum signatures is making much sharper images possible
Punching ‘holes’ in quantum states — or changing their shapes in other ways — turns out to unlock fascinating new properties and potential applications