Spoken like someone who have idea of what evolution means.
Evolution is not a study about the origin of first life.
The study of how life form, or the origin of life, belongs to abiogenesis, not evolution.
It has nothing to do with "first" this or "first" that.
Even the word "evolution" relates to or mean "evolving", about "change". Life have to already exist, for there to be changes, and changes occurred over a period of x-number of "generations" (hence "time", but time as a measure of generations, not hours or years), and changes come about by hereditary, hence it is related to "genetics".
Abiogenesis, on the other hand, is dealing with how life came about from non-living matters. In abiogenesis, scientists study how it is possible to produce DNA from non-living molecules or non-living matters.
Look at abiogenesis and evolution in this analogy. If evolution is like car's motors, and biologists are like automotive engineers and mechanics, then all the mechanics and engineers need to know is how the engine or motor work.
The engineers and mechanics don't need to know to work in a mine or where to mine for aluminium, iron or any other metal used in motor. And they don't needs to know how to make all the parts that are part of motor. All they need to do is buy the parts, that have already been pre-made and assemble them.
They don't need to know how to find or how to extract oil from the ground, how to refine the oil, etc. That's not the job of motor mechanics.
Abiogenesis, in this analogy would be the like metals or oil. Someone else, who have knowledge and skills would work in the mine, foundry, oil platform or refinery.
Getting back to evolution and abiogenesis. Both evolution and abiogenesis are distinct areas of studies. Sure, it is related, but people who study evolution, don't require to know or be the expert in understanding how first life formed from non-living matters.
The people who study viruses and make vaccines, wouldn't even bother to study the first ancient virus, because it is not possible to take sample of first virus. The study of viral diseases, immunities and vaccines require people to have understanding of evolution, like mutations and natural selection; they don't need to know abiogenesis.