CHERENKOV RADIATION — NUCLEAR BLUE GLOW

VISUAL STYLE: Cherenkov radiation — the specific, unmistakable electric blue glow produced when charged particles travel through a medium faster than light can travel through that medium. The optical equivalent of a sonic boom. Seen in nuclear reactor cores submerged in water — a blue so vivid and so specific it looks artificial. It is real. This is its visual world.

COLOUR PALETTE: The Cherenkov colour is non-negotiable — it is a specific, saturated electric blue (#0066FF to #0033CC range) determined by physics, not aesthetics. This blue is the dominant and defining colour. Deep black at the outer edges — the darkness of shielded space. The water or medium through which particles travel in deep, clear translucent blue. The Cherenkov cone itself in the most intense, vivid version of that specific blue, brightest at its vertex, fading along the cone's surface. Where multiple particles produce overlapping cones, interference patterns in blue-white.

THE CHERENKOV CONE: A charged particle moving faster than the local speed of light produces a cone of radiation, just as a supersonic aircraft produces a Mach cone of sound. The cone trails behind the particle, its opening angle determined by the ratio of particle speed to local light speed. This geometric precision — the perfect cone of physics — is the primary visual form.

REACTOR CORE AESTHETIC: The classic Cherenkov environment — fuel rods in water, the blue glow emanating from the core, the water providing the medium and the shielding simultaneously. The rods themselves are implied rather than depicted — only the light they produce is the subject.

SCATTERING: The blue light scatters through the water medium — creating a diffuse, deep-water luminosity that surrounds the primary Cherenkov cones.

MOVEMENT: Particles stream through the medium continuously. Cones form and propagate. The blue light pulses with the particle flux.

No photographs. No reactor infrastructure or hardware. No real people. Pure Cherenkov physics, pure particle optics, pure specific electric blue throughout.