I think that would be another debate in itself.
I don't think so. I have not seen any evidence for this. A blind and random process cannot produce the level of complexity seen in life such as living cells. This is supported by the papers posted in the previous post.
Fair enough but from experience if I give an explanation it is shot down, so I am tending to let people find out for themselves. The Extended Evolutionary Synthesis includes a bunch of processes/mechanisms that many scientists say should be considered in how life evolves and changes. The paper I linked includes some of these such as developmental processes (including developmental bias), plasticity, niche construction, extra genetic inheritance which includes epigenetics, and genomics. These processes can direct how natural selection works or eliminate its needs altogether to enable living things to evolve new forms and traits. These changes are often well suited and integrated, so they provide what a creature needs to fit into an environment.
Creatures can also change environments, so they do have to adapt. Living things have a degree of plasticity where they can vary forms. Environment can cause/influence change through transfers of genetic info, chemicals that have effect on tissue and cells which alter phenotypes. Usually providing well suited change for what a creature needs to fit in because the environmental pressures act directly on the creature and the influence from other living creatures. Living things and ecosystems evolve together rather than in isolation as with the modern theory. These processes diminish and eliminate natural selection and give more direction and control in how life evolves thus not relying on blind chance. Rather than natural selection being the only force other forces are dictating what traits are given to selection thus controlling the direction and selection will then consolidate those changes.
If we are to support an intelligent designer, then one of the predictions would be that we should be able to find mechanisms that are more directed towards helping life to change rather then relying on blind and random chance. Part of that is showing that the level of functional specified complexity is beyond Darwinian evolution and there is not enough time to produce the type of machinery we see in living cells.
It is not an argument from incredulity. If someone is to prove that a person has been murdered in a court case, they look at the circumstantial evidence which builds their case. This is the same for support ID. Verifying a creator directly is impossible just like it is impossible for verifying a multiverse directly. So, we build a case from the evidence that points to design in life. If you listen to the video the presenter is showing how the cell has tiny machines and they act like machines. They build proteins that are based on specific language. If we were to see this type of machinery and language in any other area, we would acknowledge that this has the hallmarks of design.
I never said an end goal as in one goal. I don’t think that a goal is the right description. It is the fact that the processes highlighted by the EES give direction to evolution and often have specific outcomes that produce well suited and integrated change. As opposed to being subject to blind selection and random mutations. So, it is a directed process as opposed to a blind and random one.
The above insights derive from different fields but fit together with surprising coherence. They show that variation is not random, that there is more to inheritance than genes, and that there are multiple routes to the fit between organisms and environments. Importantly, they demonstrate that development is a direct cause of why and how adaptation and speciation occur, and of the rates and patterns of evolutionary change.
Does evolutionary theory need a rethink?
developmental bias is also a source of adaptive variation. Developmental bias and niche construction are, in turn, recognized as evolutionary processes that can initiate and impose direction on selection.
From this standpoint, too much causal significance is afforded to genes and selection, and not enough to the developmental processes that create novel variants, contribute to heredity, generate adaptive fit, and thereby direct the course of evolution.
https://royalsocietypublishing.org/doi/full/10.1098/rspb.2015.1019
Those two examples are completely different. For one we know that humans put the dinner plates in the cupboard therefore negating the dinner plate fairies straight away, end of story. Where are the many physical parameters that would be unlikely to happen together that support the dinner plates in the cupboard argument. The fine tuning has many of these highly rare conditions happening together that are recognized by many scientists. Even Stephen Hawkins supports that there is fine tuning.
“The remarkable fact is that the values of these numbers (i.e. the constants of physics) seem to have been very finely adjusted to make possible the development of life”. “For example,” Hawking writes, “if the electric charge of the electron had been only slightly different, stars would have been unable to burn hydrogen and helium, or else they would not have exploded. It seems clear that there are relatively few ranges of values for the numbers (for the constants) that would allow for development of any form of intelligent life. Most sets of values would give rise to universes that, although they might be very beautiful, would contain no one able to wonder at that beauty.”