Force Field Deflector: Inverse-Square Shield Simulator

Shield Mode

Field Parameters

Field strength k 3.0

Field radius R 2.2

Recharge rate 14%/s

Shield Status

Field energy: 100%ONLINE

Deflected

Breaches

Eff. power

100%

How it works

The generator radiates a spherical field whose repulsive force follows an inverse-square law, the same shape as the Coulomb and gravitational force laws:

F(r) = k_eff / r²      (softened near r = 0)
k_eff = k · (E / 100)   — effective strength scales with stored energy E

In Deflect mode incoming projectiles are pushed radially outward once inside the influence zone; a successful deflection or a breach (the projectile reaches the shield radius R because the field was too weak) both draw down the finite energy reserve E. In Contain mode the force direction flips: particles drifting past R are pushed back inward, holding them in — a breach there means containment failure.

Field strength k — the coupling constant in the force law; higher k deflects projectiles from farther away.
Field radius R — the physical shell the field must hold; a larger shell needs more energy per impact to defend.
Recharge rate — energy regenerated per second when not depleted by an impact; too slow and the shield can't keep up with impact frequency.
When E hits 0 the shield flickers red and projectiles pass straight through — exactly the "field failure" behaviour engineers design containment and defense systems to avoid.

Force field shell Projectile Breach impact

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