On 3/27/2019 2:37 PM, Peter Nyikos wrote:
> As it now stands, evolutionary theory is really microevolutionary theory.
> This is exemplified by the popular definition of "evolution," enshrined in
> the Talk.Origins Archive FAQ, of change in frequency of alleles in a population.
>
Exactly correct. As if figuring out how to make a paint brush
leads them to believe they can now understand the Mona Lisa.
And they can't seem to grasp why in some 50 years the
concept has barely advanced despite stunning advances
in technology, data and researchers.
> All too many anti-creationists think they have scored some victory over
> a creationist when they have "pointed out" that the creationist him/herself
> has acknowledged that evolution has taken place, according to this definition.
>
>
> And so it will remain, I believe, as long as evolutionary theorists
> are hamstrung by an unnatural definition of the words "natural selection",
> which also has its meaning confined within mere individual populations.
>
Thing is, complexity science is the new macro evolutionary
theory of evolution. And it's a universal or abstract
explanation to boot, which means it applies to far more
than just life, but to the physical universe, mind and
even spirit equally as well.
This ng and much of science are 'heliocentric' zealots
in the age of 'Copernicus'. Linear devotees in the
age of non-linear dynamics.
And most here and in science in general are too lazy
to take a look at the new way and do what is
needed to find a generalized solution to creation
and speciation, which is to start over from scratch
from an entirely new scientific world view/frame of
reference.
The text on emergence cited below would take a slow
reader an hour to get through, yet even that's too
much for a 'heliocentric' devotee to learn the
new scientific method and how nature really works.
> Why would anyone think this could lead to understanding the vast panorama
> of evolution that has taken place on earth?
An objective or reductionist world view, a cause-and-effect
frame where we begin with the parts to understand the whole
is the problem, it's the brick wall to finding a generalized
theory of creation and speciation, the macro solution.
If we desire deterministic accuracy we must simplify
nature to such an extent the model no longer represents
reality in any meaningful way.
So for a complete and accurate view of a coevolutionary
system we would need to quantify not only the life involved
....completely, but also the environment...completely.
All of reality, and more to the point ALL AT THE SAME TIME.
Needless to say that is impossible, not to mention
all of reality is CONSTANTLY CHANGING, another
intractable brick wall of reductionism.
So the best one can hope for in a reductionist or
objective frame would be a happy medium, where the
amount of data gathered is limited so that it doesn't
overwhelm deterministic methods, but enough to get
a vague idea of how the coevolutionary system
behaves.
As a result we can proceed no further than painting
by numbers in our quest to understand the Mona Lisa.
And that's as far as a reductionist method can proceed, a
brick wall of grossly incomplete models of nature
that will never produce a generalized theory of
creation and speciation.
BUT THERE IS A WAY TO HURDLE this brick wall of
gathering all the data at the same time, even
the one-off non-linear events.
And it's quite simple.
We expand to ever greater wholes instead of reducing
to ever simpler parts.
We INVERSE the scientific world view, and we have
to be rigorous and inverse cause-and- effect mindset
into EFFECT-THEN-CAUSE.
ALL of reality, while constantly changing and
the one-off are entirely reflected in the /output/.
100% of reality is reflected in the /effects/.
SO instead of starting with causes as our primary
source of information about the whole, we start
with the effects as our primary source of knowledge
about the parts.
AND VOILA!
All the brick walls of objective determinism
fall away at once. All of them.
With the science of effects, or the concept of
emergence, we now have a simple and entirely
universal theory of creation and speciation.
One concept for not merely life, but the universe
and mind as well. One concept for all.
I'll give you the solution to the problem you pose
below using emergence.
> It's like expecting
> to understand human physiology and medical treatment exclusively on the
> basis of individual cell-to-cell signaling. Or perhaps just in terms
> of the interactions of atoms and molecules.
>
>
> And yet, it seems like it would be easy to break out of this "egg"
> into the wide world of macroevolution. For instance: after the end
> of the Jurassic, pterosaurs underwent a steady decline as birds
> came to take over more and more ecological niches from them.
> Bird diversity burgeoned while pterosaur diversity declined to where,
> by the end of the Cretaceous, the *smallest* pterosaurs that were still
> hanging on were at least as large as the largest birds.
>
> That is an example of what *I* would *also* call "natural selection",
> bursting free of the confines of selection between members of
> the same population,
There is already a theory for this it's called
Type 3 tunneling emergence or adaptive emergence.
From the well-written text...
5.3 b) Tunneling – Adaptive Emergence with multiple feedback
There are many reasons for the slow or sudden appearance of
complexity. If something emerges very suddenly or fast, it
has for instance often been blocked before by an obstacle
or barrier, e.g. a jam, a dogma, or barrier or a system border.
A large ecosystem consists of thousands of species and
their corresponding ecological niches and habitats, many
of them interacting with each other. It usually consists
of many different plants, animals, and various micro-organisms
like bacteria that are linked by a very complex network.
If we consider a global ecosystem like the earth as a whole,
we can notice numerous types of feedbacks and constraints
which make up together a very complex system. As the history
of our Earth shows, the evolution of such a system is certainly
not a linear, smooth and continuous process. It is marked by
abrupt, unsteady changes and jumps in complexity.
The different levels of complexity and organization in life
forms are associated with evolutionary transitions.
Evolutionary transitions characterize the crossing of large
fitness gaps and fitness barriers.
Evolution waits until major events like massive catastrophes
break and reduce these fitness barriers or agents are able
to tunnel through them. Catastrophes act as catalysts, if
they accelerate the transition to higher forms of complexity
through a sudden, dramatic increase of challenges in
the environment.
The tunneling through fitness barriers is possible through
the borrowing of complexity, similar to the borrowing of energy
during a tunneling process in Quantum
This form of emergence in adaptive and evolutionary systems
is directly related to (mass) extinctions and dramatic or
catastrophic events in the environment. Catastrophes in
natural systems can be comets or asteroid impacts,
volcanoes, earthquakes, ice ages, droughts or floods.
If there are catastrophic events or fluctuations which are
unpredictable and neither too common nor too rare, then
these catastrophes can enhance evolution and
accelerate adaptation. Therefore this form of emergence
can be named adaptive emergence.
It is an example of type IIIb emergence, and appears in a
complex adaptive system (CAS) with multiple feedbacks and
many constraint generating processes. It is associated with
the appearance of completely new roles and the dramatic
change of already existing “ecological” niches.
PLEASE TAKE NOTE of the following line i.e /universal/ application.
Type IIIb emergence is also responsible for sudden scientific
and mental revolutions...
https://arxiv.org/ftp/nlin/papers/0506/0506028.pdf
> and also of selection between different species
> in the same family or order or even class.
>
> Once examples like these start being analyzed by evolutionary theorists,
> we may expect other macroevolutionary phenomena to be better understood,
> such as coevolution and the aftermaths of the great extinctions.
>
>
> Peter Nyikos
> Professor, Dept. of Mathematics -- standard disclaimer--
> University of South Carolina
>
http://people.math.sc.edu/nyikos/
>
Once one understands emergence, the next lesson
would be to define the new 'subjective' mathematics
for observing nature that hurdles the brick wall
of the part/whole duality that exists in all of
nature.
As in parts and systems have distinctly different
sets of behaviors.
Yet every part is a system unto itself.
Are you a part to a greater system or
a system unto yourself?
How can we untangle that duality without
ending up with an infinite sequence
of parts and wholes.
--
https://twitter.com/Non_Linear1
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