The Quantum Timewave - a unique thought experiment (even to Sci-Fi)

[Gibsense]

In the semiconscious moment of 5.30 am 5/11/2024 in bed, I asked myself why our 'now' should only be an instant. Why not a wave? And, if a wave, how would wavelength affect reality?
The following shortlist is a thought (experiment ?)

• Most 'solid' objects have a 'now' wavelength that is comparatively short
• A longer 'now' wavelength describes waveforms
  • Waves and solids are the same thing except for their 'now' wavelength
  • Long and short 'now' wavelengths are the same instant (we all experience 'now' constantly)
• Using an analogy - that of radio waves seeing past interstellar dust -
  • lengthening your 'now' (wavelength) beyond that for solid objects enables you to pass through walls
  • removes air resistance (UFOs)
  • cushions inertia (UFOs)
  • provides that premonition feeling
  • The brain timewaves lengthen in crisis (time seems to slow)
• Transitional Time Wavelengths - it's all relative; solid > plasma
• Various time wavelengths result in uncertain positions at the quantum level
• The book Spherelander needs a sequel: Timelander

 

[Gibsense]

A wavelength of time might vary from the smallest (5.39 x 10^-44 seconds) to as long as, say, 1 second i.e 300000km - an arbitrary number). Perhaps even matching all the possible wavelengths of EMR.

Although I intended the idea to apply at the quantum level perhaps, considering the potential for longer wavelengths, it could apply at a macro level. We tend to treat time as a continuous variable. The wavelength idea may enable us to treat time at a deeper level perhaps even toward understanding spacetime itself - although as many know I regard time as a process operating in 4D space. That is operating within a dimension (one of any 4) like any other process.

Given a 4D spatial environment, time becomes less fantastical as a wave process and time and distance become the same thing. I think. I suppose this conjecture needs to be thought of in the context of 'Spherelander'.