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Let E(r,t) be the complex analytic representation of the electric field at position r and time t. An oscillight can be modeled as E(r,t) = ReA(r,t) e^j(ω0 t + φ0(r,t)) where A(r,t) is a slowly varying complex envelope that encodes amplitude, polarization and (if spatially dependent) beam shape; ω0 is a carrier angular frequency (optical frequency for coherent sources) and φ0 is the instantaneous phase. Periodic or quasi‑periodic modulation means A and/or φ0 contain time‑periodic components: A(r,t) = A0(r) [1 + m_a(r) cos(Ω t + θ_a)] φ0(r,t) = φ0,base(r) + m_φ(r) sin(Ω t + θ_φ) where Ω « ω0 is the modulation angular frequency, m_a and m_φ are modulation indices (0 ≤ m ≤ 1 typical), and θ terms are modulation phases. oscillight guide
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optic, it is a high-tech rechargeable red dot sight for firearms. Oscillight by buck4437 - Itch.io Periodic or quasi‑periodic modulation means A and/or φ0