Title: Retrocausation implies Decline
1Retrocausation implies Decline
Dick J Bierman University of Amsterdam Presented
at the decline effect, Oct. 19-21, Santa Barbara
2The Argument
- 1. Examples of across experiment declines in
anomaly research - No regression to the mean
- Increasing quality?
- 2. Models
- Sensory metaphor is inadequate
- All Anomalous effects are retrocausal
- 2. Paradoxes are 'forbidden' in Nature
- Cumulative Effect size is limited to prevent
paradoxes - 3. MainStream decline a.o. experimenter psi
effect?
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7Not only 'precognition' but all anomalous
phenomena can and must be modeled as retrocausal
- Traditional Perceptional/informational models
- Extra SENSORY perception
- 3rd EYE, 6th SENSE
Subject is supposed to 'scan' all environment
(all space and time) to select relevant
information, in this case the target. Requires
near infinite amount of processing capacity.
8Limit 'information' to future feedback
- Note that in Ganzfeld (apparent real time)
telepathy research feedback is given. - Anomalous correlations only with own FUTURE brain
state - Feedback is required
- Effect decreases with distance in time
- Delayed feedback gives smaller effect size
9Physics
- Contrary to Newtonian belief physics is quite
liberal in accepting 'retrocausality' - The advanced solution of EM theory
(time-symmetry) - Any retrocausal theory has to deal with paradoxes.
10Very recent
- Can a Future Choice Affect a Past Measurement's
Outcome? - Yakir Aharonov, Eliahu Cohen, Doron Grossman,
Avshalom C. Elitzur - (last revised 18 Sep 2012 (this version, v5))
- An EPR experiment is studied where each particle
undergoes a few weak measurements of different
spin-orientations, whose outcomes are
individually recorded yet iv) The weak
measurements' outcome agrees with those of the
strong ones. The only reasonable resolution seems
to be namely that the weak measurement's
outcomes anticipate the experimenter's future
choice, even before the experimenter themselves
knows what their choice is going to be. Causal
loops are avoided by this anticipation remaining
encrypted until the final outcomes enable to
decipher it.
11What about paradoxes
- Prediction of candle induced fire and responding
with removal of candles is formally equivalent
with grandfather paradox - Novikov consistency principle
- Time-travel is posssible but not in a way that
potentially paradoxes might be created. - Schmidt Can effects precede their cause?
- Foundations of Physics, 1978
- Yes but Fooling Nature i.e. Paradox creation)
results in decrease of effect. DECLINE!!!!! - Nick Herbert anecdote.
12DECLINE
- If signal/noise ratio is improved then perfect
predictions become more probable and hence
paradox creation might be possible. - Replication increases signal/noise ratio
- Increasing sample size idem
13Main stream declineExperimenter psi?
- Assume that any effect has two contributions
- Normal causal relation
- Anomalous experimenter (FB driven) psi effect
- Then
- The experimenter-psi contribution will decline.
- Experimenter psi is strongest in field of psi
research due to self selection.
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15How to proceed in psi research
- Parallel replications
- No sequential replication of parallel reps
16Thank you for your attention
17Very recent
- Can a Future Choice Affect a Past Measurement's
Outcome? - Yakir Aharonov, Eliahu Cohen, Doron Grossman,
Avshalom C. Elitzur - (last revised 18 Sep 2012 (this version, v5))
- An EPR experiment is studied where each particle
undergoes a few weak measurements of different
spin-orientations, whose outcomes are
individually recorded yet iv) The weak
measurements' outcome agrees with those of the
strong ones. The only reasonable resolution seems
to be namely that the weak measurement's
outcomes anticipate the experimenter's future
choice, even before the experimenter themselves
knows what their choice is going to be. Causal
loops are avoided by this anticipation remaining
encrypted until the final outcomes enable to
decipher it.