All you need to do is use black box science and math; statistical. This places the phenomena; God, to be addressed in a black box, so you never need to know its definitive substance. Then you measure input and outputs, and based on those, you draw the best curve and find margins of certainty and uncertainty. We can use miracles as god output. This allows much more slack for any theory.
Atheists prefer God be subjected to rational and objective science, and not the black box treatment, with the former method of science much more watered down and slack. But since slack is still consider a valid science approach, why not use that watered down one to level the playing field with say evolution, which uses that standard.
If you look at the natural law of physics, how did these come to be, since many have constants; Planck's constant? You start with the primordial atom of the BB, with very little if anything in terms of variety and differentiation at any scale. As things separate; BB, why did all default to this one way we now have?
For example, hydrogen bonding, within water and life, requires a very specific value for the strength of hydrogen bonds. If we slightly tweak this strength up or down, it can have considerable consequences. Below is the impact on water, which is needed for life.
Property | Change on hydrogen-bond strengthening | Change on hydrogen-bond weakening |
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Melting point | Increase | Decrease |
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Boiling point | Increase | Decrease |
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State, at ambient conditions on Earth | | |
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Adhesion | Decrease | Decrease |
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Cohesion | Increase | Decrease |
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Compressibility | Increase | Decrease |
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Density | Decrease | Increase |
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Dielectric constant | Increase | Decrease |
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Diffusion coefficient | Decrease | Increase |
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Dissociation | Decrease | |
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Enthalpy of vaporization | Increase | Decrease |
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Glass transition | Increase | Decrease |
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Solubility, hydrophile | Decrease | Decrease |
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Solubility, small hydrophobe | Increase | |
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Specific heat | Increase | Decrease |
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Surface tension | Increase | Decrease |
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Thermal conductivity | Decrease | |
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Viscosity | Increase | Decrease |
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If hydrogen bonds were too strong between, the DNA double helix, would be much harder to use as a template since separation would be resisted. If the same hydrogen bonds were too weak, we would not have the DNA double helix. But like the story of the three bears, it was just right for life and DNA.
Above if hydrogen bonding was much stronger in water, we would have oceans of water based glass, and not liquid. If less we have only atmospheric water vapor. The universe offered us sweet spots needed of life and consciousness. How does science explain this coincidence, or does it even try?
Ion pumping and exchange, is critical to neuron function, with sodium and potassium ions having more of less binding strength with water compared to water self binding with hydrogen bonds, respectively. If we make hydrogen bonds weaker or stronger, this change how the ions behave and could preclude any neuron firing. There are no other ions, useful as a replacement, if we tweak these out of their now usefulness. Life may not have appeared, with consciousness even less likely.
The natural law work based on constants that became the default for the universe. The idea of consciousness is easier to accept if we treat the universe as both hardware and software, with the software controlling the bonding strength for this hardware based simulation. The computer has one set of hardware, with software making it possible; apps, to get a wide range of uses out of a single set.
A computer could be inputting variable hydrogen bonding, and based on this simulation,, we can see the impact on life. The hardware is more a constant but the software is what can tweet the constants of the hardware. Consciousness and software have a connection, with software less offensive to science, but still allowing for the same output effects attributed to consciousness.