Rochester Institute of Technology Professor Matthew Hoffman is taking his mathematical models from Lake Ontario to Lake Huron to help map and assess microplastic pollution in Georgian Bay.

Rochester Institute of Technology part of $15 million NSF Engine award to bolster region’s laser technology, manufacturing, education, and workforce.

We study how synapses establish and maintain their chemical identity — with implications for autism and neuromuscular disease.

Petrochemicals derived from oil and fossil fuels underlie the production of many consumer goods − and many you wouldn’t know from looking at the final product.

Using drones makes detecting land mines safer. Using AI to fuse data from multiple types of sensors on the drones makes it more efficient.

Imaging science Ph.D. student receives National Parks Service funding to use polarized imaging to study silver mirroring in historic photographs.

As antibiotic resistance continues to spread, researchers are exploring new approaches to stay ahead of the problem.

Uranium enrichment concentrates one specific type of the atom to create a substance that can generate massive amounts of energy.

Microplastics (MP) are an emerging contaminant in organic waste recycling, yet their occurrence and fate in anaerobic digestion (AD) systems remain poorly un...

RIT experts have developed an affordable imaging system to help museums and archives uncover details on faded or damaged documents.

RIT researchers are turning quantum theory into reality—advancing photonics, computing, and cybersecurity for the quantum age.