Study of three-slit quantum interference reveals which-path markers create asymmetric coherence signatures distinct from two-slit case, enabling basis-independent detection of memory asymmetry and path coherence recovery through quantum erasure.
#QuantumInterference #WhichPath #Research
#QuantumInterference #WhichPath #Research
Three-Slit Interference With Which-Path Memory in Bright-Dark State Framework
iq.fp2.dev
August 26, 2026 at 4:43 AM
Study of three-slit quantum interference reveals which-path markers create asymmetric coherence signatures distinct from two-slit case, enabling basis-independent detection of memory asymmetry and path coherence recovery through quantum erasure.
#QuantumInterference #WhichPath #Research
#QuantumInterference #WhichPath #Research
Doubleslit doesn’t prove nondual consciousness. It shows interference changes when whichpath info is physically available.
Detector doesn’t need to be conscious, it just has to physically interact/correlate w/ the system.
Or if we define everything is consciousness, cool, what would falsify that?
Detector doesn’t need to be conscious, it just has to physically interact/correlate w/ the system.
Or if we define everything is consciousness, cool, what would falsify that?
April 30, 2026 at 4:52 AM
Doubleslit doesn’t prove nondual consciousness. It shows interference changes when whichpath info is physically available.
Detector doesn’t need to be conscious, it just has to physically interact/correlate w/ the system.
Or if we define everything is consciousness, cool, what would falsify that?
Detector doesn’t need to be conscious, it just has to physically interact/correlate w/ the system.
Or if we define everything is consciousness, cool, what would falsify that?