Next Steps?

 My father had hoped to eventually make a prediction about natural phenomenon by analogy to theological principles which could then be tested experimentally. Unfortunately, my father died before making a concrete prediction.

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I believe that one area that could be worth exploring is the idea of two different kinds of light, the ordinary earthly light, and the divine light.

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In the last five or so years of my father's life, he took an interest in some lay speculation that I published regarding two kinds of light generated in the vicinity of DNA of living organisms. I am not a physicist or biologist, and my remarks are purely speculative, so I appreciate that they would be taken with a large grain of salt. In any event, my paper can be downloaded here:

 My father was interested in what I described as a "time photon" or "time light", i.e. light that extends in time rather than space. After reading my paper, my father told me that this type of light was the equivalent of a hypothetical light that Albert Einstein had considered a long time ago, namely light from the frame of reference of a tachyon (i.e. a frame of reference moving faster than light ab initio that can never move slower than light). However, Albert Einstein's remarks were before the discovery of DNA, and his remarks remained a loose thread that does not appear to have been seriously pursued by the scientific community. 

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Perhaps it is time to search for this hypothetical type of light that Albert Einstein considered, but in the context of living organisms. Such light would be invisible and only detectible through time dilation (i.e. slowing down the passage of time) and gravitational dilation (i.e. increasing weight).

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The following are two examples of experiments (in principle only) that could be conducted to test whether this light exists:

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1. DNA experiment: The purpose of this experiment is to see if circumstances emulating a post-synaptic potential result in an otherwise inexplicable (and extremely tiny) increase in gravity in the vicinity of DNA. Place double stranded and diffuse DNA in a vessel and arrange for periodic flow of positively charged ions into the vessel at a frequency of approximately 1000 cycles per second. Weigh the vessel with an extremely sensitive scale. As a control, have another vessel set up in exactly the same way, with exactly the same quantity of DNA and ions, but with the DNA condensed rather than diffuse. The vessel with diffuse DNA should weigh very slightly more than the vessel with condensed DNA. There are numerous practical difficulties with this experiment, most notably acquiring a scale that is sensitive enough to measure such extremely small differences in weight.

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2. Observation experiment: The purpose of this experiment is to see if any time dilation that may occur in our cells also extends to systems that we observe. Obtain two identical and calibrated atomic clocks in which the cesium is visible to an observer.  For some time, an observer should observe the cesium in one clock while the other clock remains unobserved. Would the observed clock have a reading that is slightly behind that of the unobserved clock? If so, this would confirm that the observer emits time photons resulting in time dilation in the observed clock.

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While these experiments would admittedly be long shots, given how lost the scientific community is on gravity (particularly the surplus gravity in the universe that cannot be explained by known mass alone) and gravitational time dilation, I believe it is worth a try.

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It is my hope to turn to this research when I eventually retire, but that could be a long way away. Accordingly, I would welcome any assistance in pursuing this research further, particularly assistance relating to the practical set up and operation of technical equipment.

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If anyone is interested in discussing this further, please feel free to contact me at skazen@rogers.com

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