The daylong research symposium featured a series of talks and presentations by students, postdocs and faculty who were joined by quantum experts from across the region and beyond.
The daylong research symposium featured a series of talks and presentations by students, postdocs and faculty who were joined by quantum experts from across the region and beyond.
The symposium is geared toward researchers and students, as well as the Center's academic, government, and industry partners focused on quantum computing and quantum information science.
University of Maryland researchers applied their new process to generative modeling.
Researchers at QuICS and the Joint Quantum Institute (JQI) have stretched out multiple photons—the quantum particles of light—and turned three distinct pulses into overlapping quantum waves.
The daylong research symposium featured a series of talks and presentations by students, postdocs and faculty who were joined by quantum experts from across the region and beyond.
The symposium is geared toward researchers and students, as well as the Center's academic, government, and industry partners focused on quantum computing and quantum information science.
University of Maryland researchers applied their new process to generative modeling.
Researchers at QuICS and the Joint Quantum Institute (JQI) have stretched out multiple photons—the quantum particles of light—and turned three distinct pulses into overlapping quantum waves.
