THE SCIENCE OF FAR-UVC
Academic Research
Far-UVC is Supported by a Robust and
Growing Body of Peer-Reviewed Science
Inactivates Pathogens in the Air
Far-UVC can continuously inactivate viruses and bacteria in indoor air including influenza, SARS-CoV-2 surrogates, and multidrug-resistant organisms in occupied spaces.
Pivotal Studies: 11+
Inactivates Pathogens on Surfaces
Far-UVC actively reduces bacterial and viral loads on high-touch surfaces, supporting continuous environmental cleaning alongside manual cleaning practices.
Pivotal Studies: 25+
Human & Animal Safety Studies
Characterization of Far-UVC interaction with skin, eyes, and the environment suppports use in occupied spaces within ACGIH guidelines.
Pivotal Studies: 35+
Real-World Applications & Results
Clinical research in hospitals, restaurants, classrooms, and other settings demonstrates pathogen reduction and safety under real-world occupancy and workflows.
Pivotal Studies: 10+
To view Academic Research related to Superconductor LED research, please visit the Visium UltraLabs page.
THE SCIENCE OF FAR-UVC
Far-UVC Reduces Airborne Pathogens
2023
Far-UVC: Technology Update with an Untapped Potential to Mitigate Airborne Infections
Bueno de Mesquita et al.
2023
Air and Surface Treatment Using Germicidal Ultraviolet-C (GUV)
Claus & Clark
THE SCIENCE OF FAR-UVC
Far-UVC Inactivates Pathogens on Surfaces
2023
Antimicrobial Activity of Filtered Far-UVC Light (222 nm) against Different Pathogens
Lorenzo-Leal et al.
THE SCIENCE OF FAR-UVC
Demonstrated Safety for Human Exposure
2023
Far UV-C radiation: An emerging tool for pandemic control
Blatchley et al.
THE SCIENCE OF FAR-UVC
Healthcare & Real-World Outcomes
2023
Indoor Air Quality Implications of Germicidal 222 nm Light
Barber et al.
2023
Antimicrobial Activity of Filtered Far-UVC Light (222 nm) against Different Pathogens
Lorenzo-Leal et al.
2023
Far-UVC: Technology Update with an Untapped Potential to Mitigate Airborne Infections
Bueno de Mesquita et al.