On Monday, June 18, 2018 at 12:41:57 AM UTC+2, Bruce wrote:
>
> From: dlb < <javascript:>[email protected] <javascript:>
>
>
> On Sunday, June 17, 2018 at 1:49:27 PM UTC+2, Bruce wrote: 
>>
>> From: dlb <[email protected]>
>>
>>
>> On Saturday, June 16, 2018 at 11:20:49 AM UTC+2, [email protected] 
>> wrote: 
>>>
>>>
>>>
>>> *The single event outcome in this world is certain. We measure it. Those 
>>> in the other worlds are speculative at best, and DO give human beings the 
>>> power to create worlds. By choosing to do this or that quantum experiment, 
>>> worlds are created!  I'll ask you the same question I asked Clark, which he 
>>> has yet to answer. If you find mathematics to be the Gospel for truth, why 
>>> don't we observe advanced waves predicted by Maxwell's equations? AG *
>>>
>>   
>>
>> In short – interaction with the instrument of observation or some other 
>> absorber in the environment masks advanced waves:  The hidden arrow of 
>> electromagnetic radiation: unmasking advanced waves 
>> <http://philsci-archive.pitt.edu/13505>
>>
>>
>> The Wheeler-Feynman absorber theory which postulated the equality of 
>> advanced and retarded waves in every electromagnetic interaction was shown 
>> to be non viable many years ago. Even Wheeler and Feynman abandoned the 
>> project. Cramer's retrocausality account of quantum mechanics has been 
>> falsified by the non-observation of the requisite advanced waves.
>>
>> Bruce
>>
>  
> According to Kastner, Wheeler was later advocating it again in 2003, and TI 
> is still perfectly viable: http://www.ijqf.org/archives/4794
>
>
> Kastner is one of the lone advocates for the transactional interpretation. 
> What new insight does she offer for the resurrection of the Wheeler-Feynman 
> absorber theory? I think Zeh has kill this fairly comprehensively in his 
> book "The Physical Basis of the Direction of Time". The TI has never been 
> viable because there is no evidence for advanced waves or the so-called 
> "offer waves", and there is no dynamical basis for the properties that such 
> waves are assumed to possess -- it all boils down to a particular magic.
>
> Bruce
>
>   

There is no evidence for advanced waves because almost no effort has been 
invested to detect advanced waves. From one rare attempt; Schmidt (1980) A 
search for advanced fields in electromagnetic radiation:


2.8 THE NECESSITY OF A DELIBERATE SEARCH


One may ask whether advanced effects, if they do 

exist, would have already been observed, in the course of

human experience. The presence of local absorber, whose

response would cancel advanced effects, is rarely avoided

inadvertently. In earth-based radio or light communications

the line connecting transmitter and receiver, when

extended in both directions, almost always intersects

absorber. Even if this were not the case there are two

reasons why advanced effects might not be seen without a

deliberate search " First, the advanced signal arrives

in such close time proximity to the retarded signal as

to require a deliberate effort to distinguish the two.

Second, the intensity of the advanced signal, as a fraction

of the retarded, is given by the fractional absence of

ultimate absorption. So, in the case of p a r t i a l

absorption, any advanced signal would appear attenuated

and might require deliberate signal processing techniques

(integration) to detect.

Finally, one must never forget the power with which

paradigms direct the work of scientists (Kuhn, 1970).

Anomalies encountered in work peripheral to an experiment

tend to be discounted unless they interfere with the goal

of the experiment.

All of these considerations argue for a deliberate

search for advanced effects.

 

Unfortunately, in his attempt to detect advanced waves Schmidt did not take 
into account the influence of the receiving antenna (a half-wave dipole) on 
the cancellation of advanced waves from the transmitting antenna (for that 
exact direction of radiation, as I pointed out in the paper I provided in 
my first post and in the reference 14, which is the reproduction of the 
Schmidt experiment in 2017 in the modified configuration, in which the 
influence of the receiving antenna was taken into account, as well as the 
influence of water vapor in the troposphere and absorption of interstellar 
hydrogen, which Schmidt also did not take into account).

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