I suppose, in a way, science is already looking for God.
If I were a scientist, and I asked myself how and where one would look for some observable indication of the existence of God, I would have to presume it would be in the organization of nature, itself. Perhaps something in the way nature is organized could provide a clue to the origin of that order. Something that could be recognized as uniquely intentional.
That’s simply superstitions, it has nothing to do with understanding nature, nor understanding the mechanisms of nature.
Attributing something natural to God, require no understanding whatsoever. It is simply you applying your ignorance to what you don’t understand. You are only implying the existence of God, but there are no such indications of connection between nature and god.
The source to ignorance is superstition. The “God did it”, is simply that, superstition.
You are not scientist, if you are already going to let your belief (belief in God) rules over understanding how nature works, because you have already jumped to the conclusion that “God did it”, without ever testing it with observations of evidence.
If you were really a scientist, PureX, then you have to follow the Scientific Method.
The Scientific Method always start with “ideas” that come from preliminary observations (or preliminary evidence) of the phenomena. Those ideas are what you are trying to understand:
- To understand WHAT the phenomena are
- To understand HOW such phenomena work
So whatever the ideas are, you do research on those ideas, trying to formulate possible explanations that you have derived from the preliminary evidence, and proposing possible solutions from what you have derived from the evidence.
All the explanations that formed your models within the hypothesis, are just proposed explanations, proposed mathematical models, proposed predictions, so your hypothesis is just set of proposals, so far, because no conclusions have been reached, yet, since you haven’t started testing the hypothesis. Testing the hypothesis is the 2nd stage of the Scientific Method.
Scientific Method comes in two main phases:
- Formulating the Hypothesis
- Testing the Hypothesis
Conclusion(s) are only reached after testing and analysing the test results.
And the only way to test a hypothesis, is through observations. And observations come in the forms of evidence & experiment, plus whatever “information” you have acquired from the evidence & experiments.
These information are also observations, they often come in the forms of quantities, measurements, comparisons of one evidence from other, etc. We (“we” as in scientists & engineers) often referred to these observational information as “data”.
Data are vital for understanding the phenomena.
All observations (eg evidence, experiments & data) are then analysed, mainly to determine if the tests support or don’t support the explanations & predictions in the hypothesis.
- If the tests support the models, then the hypothesis has been verified, and it is scientifically probable.
- If the tests don’t support the models, then you have just refuted the hypothesis, and the hypothesis is improbable.
Those are the outcomes possible with falsifiable hypothesis, and you would reach your conclusion on the basis of the available evidence, experiments & data.
That when you reach your conclusion, after testing the models, and not before you have tested the models.
it is only verified hypothesis would be worthy of Peer Review.
Peer review is where independent scientists would review not just the hypothesis, but all evidence & data that come from testing the hypothesis. The evidence and data must be submitted with the hypothesis, otherwise any peers can reject the hypothesis as incomplete because of the lack of evidence & data.
Even if you passed the Scientific Method & Peer Review, it doesn’t guarantee that your hypothesis would be elevated to scientific theory. There are chances that another scientist have a stronger tested hypothesis.
For instance, Charles Darwin wasn’t the only naturalist to submit his work on Natural Selection. Darwin’s contemporary, Albert Russel Wallace, wrote The Malay Archipelago, having done his own field researches in Malaysia and the Amazon, just as Darwin did in South America and the Galapagos. Wallace was largely forgotten.
Likewise, Georges Lemaitre is considered the pioneer of the expanding universe model, but he wasn’t the only one with same idea, Alexander Friedmann & Howard Percy Robertson were the other 1920s pioneers.
The point is that there may be someone who can offer a better explanation, and sometimes you are forgotten.
There is 3rd outcome, and that’s where the whatever explanations to model or concept, are unfalsifiable. If your ideas and concepts were unfalsifiable, then they wouldn’t even qualify as being hypothesis.
All hypotheses have to be falsifiable.
An unfalsifiable explanation is untestable, unscientific and therefore deemed unsubstantiated opinions, pseudoscience.
When concepts are unfalsifiable, they cannot be tested in any way. If you want to include God in your idea, then in order to meet the testing phase of Scientific Method, then you must be able to observe, test & measure God…which isn’t even remotely possible.
That’s why some ideas, concepts or claims are deemed unfalsifiable, because they are untested and cannot be tested.
The problem with your post, is that you have already concluded that God is real and responsible for nature, without testing.
In scientific method, no new hypotheses are automatically true by default. All hypotheses have to be tested before any conclusions can be reached. But you want to skip that part.