The three laws assume randomness in the system when they are applied. As I understand them, nothing in the laws state that randomness must apply.
These two sentences are mutually contradictory.
Though randomness is assumed, nothing that I am aware of in the three laws specifies what type or amount of energy must exist within the system, so long as the net energy of a system remains the same.
That would be the second law. When work is done, some of the energy must be converted to "lower" forms of energy such as heat.
The total energy of the Buzsaw system is intelligently engineered, the intelligent energetic entity of the system being the source of the system's energy, managing it. This unique engineering within the system allows for intelligent management of the entropy of the system. The entity, A is the intelligent energy source. B is the entity's surroundings. The intelligent energy source, A, has the ability to manage the total energy of the system, via work in B, the surrounding area. When work is done, entropy is increased.
A, the intelligent entity, has the ability to decrease the entropy of the system by engineering recovered energy from B, the surrounding area. This energy, perhaps may be radiated heat and light emanating from the surrounding area, i.e. cosmos of the system and perhaps from living things within the system. According to the Biblical record, the entity's surrounding area includes a throne room to bright and glorious to comprehend, etc.
The Genesis record states that after work was done by Jehovah, A, the energy source, he rested. This rest time is indicative af an example of entropy decrease in the system. A will always contain more energy than B, by design.
Look, the laws of thermodynamics don't allow an exception for the intelligent any more than the law of gravity has an exception for the good-looking.
OTOH, the conventional singularity & BB finite temporal Universe allegedly began with an alleged expansion of spacetime from T=0, i.e. the singularity. Space & time, energy, heat, expansion had a beginning from some unexplainable T=zero singularity
The spontaneous expansion ensued from that point of a chaotic unorganized submicroscopic bit to expand into all of the expanse, energy, matter, complexity and order observed presently.
That energy allegedly had a T=zero factor would render the conventional incompatible with 1LoT.
And yet actual
physicists see no incompatibility. Perhaps you should think about why, in between contemplating the reason why you can't show us any actual working.
The emergence of chaos into order and complexity over the millinia as would be assumed relative conventional science ToE, etc, runs counter to what is observed in reality. It defies logic. It runs counter to the common definition of entropy which better defines what we observe in known history and the here and now.
Again, actual physicists think you're wrong. And indeed, you are
obviously wrong. When I do a jigsaw, for example, the jigsaw goes from chaos to order, but that is not because I can do miracles, it's because the laws of thermodynamics don't say what you think they do. The formation of a crystal from a solute doesn't break the laws of thermodynamics. The self-assembly of the tobacco mosaic virus doesn't break the laws of thermodynamics. The development of a human from a zygote doesn't break the laws of thermodynamics. If they did,
it wouldn't be considered a law.
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