Why don't we see new species all the time?

Nature does not show the characteristics of Darwinian evolution.

If Evolution according to Darwin was actually true, we should see new species every single day, and all kinds of mutated plants and animals going through transitions. We do not see that at all, and in fact when examining the genetic record, Almost all mutations are from existing genes that have been mutated causing LACK of function, instead of new functions.

Just as a simple thought experiment to illustrate the above statement, consider that "scientists" believe that we "evolved" from a common ancestor approximately 200000 years ago, with a base population of approximately 300000 "protoHumans". That would suggest that it takes about 8000 generations with a population pool of 300000 to successfully create a "new" species. If this was applied to bacteria which exist in numbers that absolutely dwarf the human population, 8000 generation would occur in approximately 8000 days, but because the population size of the bacteria inhabiting the earth is so large, you would expect to see TRILLIONS of new bacteria species able to evolve every day. That is not even taking into consideration that bacteria are orders of magnitude less complex than humans. I have provided the math below for proof, demonstrating the quantity of new bacteria and also insects as examples.

What should we expect to see in currently living animals:

Because "Evolution" is a totally random process, we should see tons of mutations in the plant and animal kingdom that are transitions to a possible new species. Nature should be "trying out" each of these mutations, and in fact there should be orders of magnitude more failures being demonstrated in nature than new beneficial evolutionary steps. We should see millions of mutations occurring constantly, 99.9999 % failing with some rare exceptions. The genetic sequence of all living organisms should be mostly filled with Junk DNA, which would be necessary for evolution to occur. In fact most geneticists believed that most of our DNA was junk DNA several years ago, and used this as support for evolution. But new scientific evidence suggest and is slowly being proven that there is no "junk" DNA, we just have not yet discovered what all the DNA sequences are used for. You might think that Dogs would be an example of these "mutations" but in fact they are just caused by variations in existing genes, and mutations that have broken the original function of those genes. No new genes have been created that would lead to dogs creating a new species of animal.

https://news.cuanschutz.edu/dbmi/what-is-junk-dna

Math for showing the quantity of New Bacterial species that should theoretically be appearing on a daily basis:

200,000 years ÷ 25 years/generation = 8,000 generations required for speciation (based on the premise for human evolution).

Bacterial generation time = 1 day, so time for one bacterial population group to speciate = 8,000 days.

Human evolution started with a population group size of 300,000 individuals leading to 1 new species.

Thus, assume the population group size is 300,000 individuals.

Number of such potential population groups in bacteria = 5 × 10³⁰ ÷ 300,000 = 1.6667 × 10²⁵ groups.

Speciation rate per group = 1 new species every 8,000 days, or 1/8,000 speciations per day per group.

Total new bacterial species per day = (1.6667 × 10²⁵) × (1/8,000) ≈ 2.083 × 10²¹.

Math for showing the quantity of New Insect species that should theoretically be appearing on a daily basis:

200,000 years ÷ 25 years/generation = 8,000 generations required for speciation (based on the premise for human evolution).

Insect generation time = 1 year, so time for one insect population group to speciate = 8,000 years.

Human evolution started with a population group size of 300,000 individuals leading to 1 new species.

Thus, assume the speciating group size is 300,000 individuals.

Number of insects: 10^19.

Number of such potential speciating groups in insects = 10^19 ÷ 300,000 ≈ 3.333 × 10^13 groups.

Speciation rate per group = 1 new species every 8,000 years, or 1/8,000 speciations per year per group.

Total new insect species per year = (3.333 × 10^13) × (1/8,000) ≈ 4.166 × 10^9.

Per day (assuming 365 days/year) ≈ 4.166 × 10^9 / 365 ≈ 1.141 × 10^7 (about 11.4 million).