Amount: $500,000
Year: 2025
Purpose: Performing field research on secondary chemical reactions produced by far-UVC technology in real-world indoor environments.
Amount: $40,000
Year: 2025
Purpose: Replicating and validating research on the efficacy of far-UVC technology for airborne pathogen inactivation.
Amount: $137,120
Year: 2024
Purpose: Researching the short-term eye effects of far-UVC light exposure through quantitative pain assessment and advanced imaging of corneal structures in human volunteers.
Amount: $58,650
Year: 2024
Purpose: Developing a modeling system that evaluates how far-UVC light can safely inactivate airborne viruses like influenza in indoor environments.
Amount: $47,700
Year: 2024
Purpose: Developing a modeling system that shows how far-UVC light disinfects air and affects indoor air chemistry in spaces where people are present.
Amount: $59,840
Year: 2024
Purpose: Testing human eye tolerance to far-UVC light exposure, establishing safe irradiation limits for practical applications.
Amount: £50,000
Year: 2024
Purpose: Developing an open-source mathematical model that simulates how far-UVC light installations in buildings could reduce the spread of infectious diseases through populations.
Amount: $25,000
Year: 2024
Purpose: Testing how air cleaning technologies can reduce indoor air pollution created when far-UVC light interacts with common indoor compounds.