Now that's a miracle. All you have to do is look at "evidence" and you've not only shown what it demonstrates but that your opinion of what it demonstrates is "true".
no, it’s not a miracle.
evidence are independent of what we believe or don’t believe, what we like or don’t like.
Evidence is true regardless of how we feel, it has no biases.
This is why we rely on evidence to test new hypotheses or test current theories, because it will demonstrate whether a hypothesis or a theory is probable or improbable, correct or incorrect…that’s the most objective way to refute or verify them.
it is very important to be able to determine which of the hypothesis is weak, flawed or incorrect…too weed them out.
That’s why the Falsifiability, Scientific Method & Peer Review are in place, to weed out weak or incorrect or fraudulent hypotheses, by having them tested, rigorously.
The problems that I can see, hypothetically, a scientist might analyse the evidence incorrectly, eg overlook something, or didn’t understand the evidence. In that case, it would be the scientist’s fault, not the problem with evidence.
Scientist can make mistakes, and there are history of errors. What really matter if scientists can learn from their errors.
Take for example, the Big Bang theory vs Steady State theory in the late 1940s. Both of them are 2nd versions, as the original Expanding Universe model and William Duncan MacMillan’s Steady-State model were from the 1920s.
Hermann Bondi, Thomas Gold & Fred Hoyle proposed that once the Universe formed, it doesn’t change.
Those of George Gamow, Ralph Alpher & Robert Herman added to the Hubble-Lemaître Law (eg the Friedman Equations & metric, and the Redshift), proposing hot beginning (hence the Hot Big Bang model), Primordial Nucleosynthesis (where the cooling plasma formed the earliest atomic elements, hydrogen, helium & lithium), and the Cosmic Microwave Background Radiation. The discovery of CMBR in 1964, lead to the Steady-State model.
The Big Bang theory would go on, with 2 newer models - in 1980s (Inflationary model) & in the 1990 (Lambda CDM model), as did Steady-State model, in which Hoyle will played part a newer models, but with a different team of partners: The Quasi-Stead-State (QSS) Cosmology in 1993. This new model tried to explain some of new discoveries, but like his early model, new flaws popped, made QSS also untenable, as scientists found too many inconsistencies.
The point in this example about Hoyle and his Steady-State models, is that failed the first time, and then failed to demonstrate again with the new model. While I can admire Hoyle for his persistence, but he apparently didn’t learn from errors.
people, including scientists, should learn from their errors or from their failures, Hoyle didn’t.