Marvin Hutt, physics professor, has a lengthy track record working in industry research, creating inventions that impact everyday life, and teaching scores of students at Stevens over a long and varied career
youView algorithm and phoropter lens design would improve the experiences and outcomes of the optometry exam
Empowered by their studies at Stevens Institute of Technology, Frank Corvino and Marko Zivkovik are helping solve some of today’s biggest health challenges
The Society of Physics Students (SPS) cultivates a community with a shared passion while helping students develop leadership and communication skills.
Ed Whittaker has built his illustrious career out of making things clear, from actual subatomic particles to abstract physics theories
Ultra-bright photon source brings scalable quantum photonics within reach
Knut Stamnes, professor in the Department of Physics, recently received a grant to build an algorithm that solves the multiple scattering problem vexing scientists who rely on remote sensing
The Department of Physics at Stevens promotes the mission to continually advance students' understanding of the universe through undergraduate and graduate degree programs with a special emphasis on the fields of atomic, molecular and optical physics, photonics technology and quantum optics and quantum information science. Stevens researchers educate the next generation of physicists in fields such as graphene technologies, remote sensing, communications and quantum optics.
The Department of Physics conducts formative research in pioneering areas such as quantum systems, nanophotonics and optics.
The Center for Quantum Science & Engineering pursues innovative quantum engineering research, development and education .
Becoming global leaders in remote sensing of the environment and in the development of instruments for measuring environmental changes
Fabrication and quantum-optical characterization of functional nanostructured devices made from compound semiconductors and graphitic nanomaterials
Investigates the high-speed response of new lasers and materials and passive and active optical systems for higher speed networks
Designs quantum control methods which are paramount in modern investigations of light-matter interactions and technological applications
