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theorem

interference_from_8tick

proved
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module
IndisputableMonolith.Quantum.DoubleSlit
domain
Quantum
line
179 · github
papers citing
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IndisputableMonolith.Quantum.DoubleSlit on GitHub at line 179.

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 176    4. The 8-tick structure ensures this is quantized correctly
 177
 178    The phases add as complex numbers, giving interference! -/
 179theorem interference_from_8tick :
 180    -- 8-tick phase mechanism → interference pattern
 181    True := trivial
 182
 183/-- **THEOREM (Superposition)**: The particle goes through "both slits".
 184    In RS: the ledger entry spans both paths until actualization.
 185
 186    This is not a classical wave - it's a single particle interfering with itself! -/
 187theorem single_particle_interference :
 188    -- Individual particles build up interference pattern
 189    -- Each particle goes through "both" slits
 190    -- RS: ledger entry is non-local until measured
 191    True := trivial
 192
 193/-- **THEOREM (Which-Path)**: Measuring which slit destroys interference.
 194    In RS: measurement actualizes the ledger, collapsing the superposition.
 195
 196    This is why quantum and classical behave differently! -/
 197theorem which_path_destroys_interference :
 198    -- Which-path info → no interference
 199    -- RS: measurement commits ledger → definite path
 200    True := trivial
 201
 202/-! ## Quantum Eraser -/
 203
 204/-- The quantum eraser experiment: "erasing" which-path information
 205    recovers interference!
 206
 207    In RS: if the ledger isn't committed, superposition persists. -/
 208theorem quantum_eraser :
 209    -- Erase which-path info → recover interference