Complex Systems with Patrick McKenzie (patio11) Killing viruses with light, with Jacob Swett
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May 15, 2025 
Jacob Swett, founder of Blueprint Biosecurity, dives into the revolutionary potential of far UVC technology, which safely zaps airborne pathogens while protecting humans. He explores how this approach could transform air quality in public spaces much like historical sanitation improvements. Jacob discusses economic feasibility, the barriers to adoption, and the importance of integrating UVC technology to tackle respiratory diseases. He also emphasizes the lessons learned from the pandemic and the pressing need for innovative public health solutions.
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Far UVC: Safe Airborne Pathogen Killer
- Far UVC light can safely kill airborne pathogens without harming human skin or eyes.
- This technology could drastically reduce respiratory diseases and transform indoor air quality like water sanitation did for drinking water.
Why Far UVC is Safe for Humans
- Far UVC light is absorbed mostly by the outer layer of skin proteins, preventing DNA damage.
- Germs are much smaller and get inactivated by this light, making it safe for humans but lethal to pathogens.
Targeting High-Risk Airspaces
- High-risk environments for airborne pathogens include gyms, classrooms, restaurants, and public transit.
- Far UVC is especially useful where many people gather and breathe heavily, as risk increases with respiration intensity.