What would the world look like if we could see beyond visible light, across the entire electromagnetic spectrum?
The way waves interact with matter, at every wavelength, encodes far more than just shape and color. It reveals internal structure, temperature, chemical composition, and more: a whole layer of the physical world that's invisible to us today.
That's what we're building at Applied Electrodynamics: the infrastructure to fully perceive the physical world.
WaveSight is the first piece of the puzzle. It brings radio frequencies into human perception, revealing the internal structure of objects behind opaque layers. Designed for construction crews, industrial inspectors, and security personnel.
max_zorin_phd•1h ago
<Quote> Introducing Applied Electrodynamics.
What would the world look like if we could see beyond visible light, across the entire electromagnetic spectrum?
The way waves interact with matter, at every wavelength, encodes far more than just shape and color. It reveals internal structure, temperature, chemical composition, and more: a whole layer of the physical world that's invisible to us today.
That's what we're building at Applied Electrodynamics: the infrastructure to fully perceive the physical world.
WaveSight is the first piece of the puzzle. It brings radio frequencies into human perception, revealing the internal structure of objects behind opaque layers. Designed for construction crews, industrial inspectors, and security personnel.
See through walls: https://ae-dyn.com </Quote>