That's because you don't understand how natural processes work - random activity always occurs in constrained contexts. Ordered crystals form from the random movement and interaction of atoms or molecules in fluids; the random action of the wind or waves forms regular patterns of dunes or sand ripples; random shaking causes a random collection of rocks, stones, pebbles, gravel, and sand to become ordered by size; tornadoes arise from the random movements of air and water molecules. Lipid molecules randomly distributed in water will self-organise into membranes and vesicles (proto-cells).
Order even arises out of chaos in the
mathematics of non-linear dynamics, with strange attractors, fractals, etc.
Lol - what 'laws of genetics' ? Evolutionary simulations are used every day in industrial design to produce designs more effective or efficient than human designers can achieve.
That's individual adaptation, not natural selection.
You can't argue against natural selection if you don't know what it is.
Obviously only heritable genetic changes will be inherited. No single mutation will result in a change of species (with the arguable exception of
this crayfish). Speciation involves a change in the genetics of a whole population.
You can't argue against the influence of mutations on speciation if you don't understand how it works.
Lol - what 'laws of genetics'? Traits vary across the members of a population; some will have stronger bones and some weaker bones than others. If those with stronger bones are more successful than the others; i.e. have more viable offspring, and the trait for stronger bones is inherited, the offspring of individuals with stronger bones will make up a higher proportion of subsequent generations.
You can't argue against the mechanism of evolution if you don't understand how it works.
You can't reject evolution on scientific grounds if you don't understand the scientific grounds for evolution.
Your posts demonstrate that you have no idea how evolution works.