When we graph a perfect mathematical problem, we draw a graph. Even our graph is an imperfect representation of the math. If we were to zoom in we would find a very jagged line, and at some point the line breaks down entirely. It's not precise enough.
When we graph nature, we see a similar pattern of imperfection. Rarely, if ever, does anything touch the calculus.
So, what is imperfection? We all have our ideas. In math, as a general rule (especially higher math) we estimate.
It requires less energy and processing power.
So, while the math doesn't allow any wiggle room the reality of the math does.
However, there are still answers that are clearly wrong.
That is greater than imperfection, and that is the species that dies out. Beyond that is where our concept of evil resides. Solutions far outside the graph that are clearly antagonistic to the math, rather than attempting an estimate.
Healthy competition is still considered "good" competition.
Humans face both good and evil competition.
Now you know what "evil" is, but what do you think the goal of "evil" is?
The planet's climate changes based on many factors, based on position of the sun and relative position in the galaxy/universe as well as the situation on the ground/core.
The software of the climate is not changing, it is simply running the same system based on a different state. The data input changes.
This gets into epigenetics, and how similar DNA is among all life on earth.
DNA is not software, it is the codebase. The expression of DNA is the software.
You can delete, edit and damage the physical DNA, but the code base is an expression of mathematics in system itself. That system may change, and thus DNA would no longer function (cease to be a solution). If the earth were irradiated, for instance.
On competition:
What is competition? It's in the calculus.
When we graph a perfect mathematical problem, we draw a graph. Even our graph is an imperfect representation of the math. If we were to zoom in we would find a very jagged line, and at some point the line breaks down entirely. It's not precise enough.
When we graph nature, we see a similar pattern of imperfection. Rarely, if ever, does anything touch the calculus.
So, what is imperfection? We all have our ideas. In math, as a general rule (especially higher math) we estimate.
It requires less energy and processing power.
So, while the math doesn't allow any wiggle room the reality of the math does.
However, there are still answers that are clearly wrong.
That is greater than imperfection, and that is the species that dies out. Beyond that is where our concept of evil resides. Solutions far outside the graph that are clearly antagonistic to the math, rather than attempting an estimate.
Healthy competition is still considered "good" competition.
Humans face both good and evil competition.
Now you know what "evil" is, but what do you think the goal of "evil" is?
On rewriting the software:
The planet's climate changes based on many factors, based on position of the sun and relative position in the galaxy/universe as well as the situation on the ground/core.
The software of the climate is not changing, it is simply running the same system based on a different state. The data input changes.
This gets into epigenetics, and how similar DNA is among all life on earth.
DNA is not software, it is the codebase. The expression of DNA is the software.
You can delete, edit and damage the physical DNA, but the code base is an expression of mathematics in system itself. That system may change, and thus DNA would no longer function (cease to be a solution). If the earth were irradiated, for instance.