Projects

Avian Magnetoreception Navigation Systems: A Biophysical Marvel Abstract Migratory species of birds can navigate using the earth’s weak magnetic field. This is believed to be made possible by two biophysical magnetoreception systems. One of which, uses the radical pair mechanism and occurs in the short-wavelength cones of the retina; utilizi...

Avian magneto-receptive home-point navigation: A 2-Dimensional representation and analysis A neural network project modelling avian magnetoreception systems. Abstract This paper examines avian magnetoreception sensory mechanisms and their implications for navigational behaviors focusing on migratory birds’ ability to navigate back to a “home ...

Mission We are dedicated to forging the future of light hygiene technology - focusing on user-friendly and effective tools to support mental well-being. Vision We strive to be the catalyst for a world where light hygiene is universally embraced as fundamental to mental health. We are committed to spearheading light hygiene innovation globally...