That is true, however a hypothesis that can't be supported by experiments will remain hypothesis, else what's the different between science and faith?
No. A hypothesis that can't be supported by experiments, is going to be discarded.
And if it can't be supported, because the idea is unfalsifiable and thus no experiments simply can be conducted, then it doesn't even qualify as a hypothesis.
That is true, but again, if you can't experiment something, it remains a hypothesis.
Then it's not a hypothesis. See, there are certain criteria. One of them is that they need to be testable / falsifiable. To use your words, you need to be able to "experiment something". Or it doesn't qualify as a hypothesis.
I did not.
Cambrian itself is only 20 to 25 mil years.
Over the following 70 to 80 million years, the rate of diversification accelerated by an order of magnitude[note 3] and the diversity of life began to resemble that of today.[
~Wikipedia
Don't you find it strange, that life starts so fast, not only that, the more complex life is, the faster they seems to evolve.
Complexity doesn't really have any role in this.
But no, I don't find it that strange. There's much weirder stuff in the universe, me thinks.
Totally different to software, where the development time is almost exp to complexity?
Life is chemistry, not "software". And your complexity argument is not correct.
Because selection pressures are dictated by the environment.
Mutation off course continues, that's pretty consistent. But a local-optimum means that 'small incremental changes' aren't able to really improve the system all that much. It means the system has reached some type of "balance".
Its appearance or even anatomy might still change a little bit. But mostly it will be in ways that have no real effect on the overall fitness of the system.
We have several examples of both sides of this in extant species. There are creatures that have changed in truelly radical ways, like whales.
Then there are creatures that stayed basically the same for long periods of time, with some relatively minor differences, like crockodiles.
You seems to imply selection pressure accelerates change!
lol,
off course they do!!
The environment, which dictates selection pressures, is ever-changing. Species migrate. New enemies show up, or old enemies go away. Volcano's explode and radically change large area's. Ice ages freeze half the planet. Germs mutate and pose new threats.
Every time that such a thing happens, for a lot of creatures it literally is "adapt or die".
When the environment changes, potential local-optimums are also out the window.
Are you imply the cells know what's good or bad mutation for them to suit the environment?
No. Nobody or no thing needs to "know" anything.
Instead, individuals need to survive in the environment they find themselves in, find a mate and breed. Those that are biologically "best" equipped for that task, will be most succesfull at it. They'll be the ones spreading their genes, while the others won't.
Every individual will just have to manage with the set of biological equipment (the mutated DNA) that nature has given it. You either survive and breed, or you don't.
It is an inevitable process. There's no escaping it. Creatures live and die. They breed and spread mutated DNA or they don't. The fittest will be most succesfull at it.
Why is this so hard to comprehend?
I agree natural selection is not random (fit for survival), how about mutation? I am trying to see what your concept is.
Mutation is random, yes. But mutation is not evolution. It's just one aspect thereof.
Evolution, the process, is not random. It has random ingredients. It also has non-random ingredients, like natural selection. And because of that, evolution as a process, is not a random process.
Consider this as an analogy....
You have a bag of euro coins. All types of coins are in it. 1c, 2, 5c, 10c, 20c, 50c, 1€ and 2€. They all have different sizes.
You create a device where the coins can slide through, with holes in the bottom in the various sizes of the coins. So 1c will fall through the 1c hole, 2c through the 2c hole, etc. Beneath each hole, you place a cup.
Now poor the bag into device. The input is random. There's no telling which coin will come out of the bag next. Yet in the cups, everything is nicely sorted. Is that a random process?
Off course it isn't. Filters that are defined by certain criteria, never are.
Natural selection is such a filter. Its criteria are dictated by the environment.