Yet real tests have confirmed the horror of Einstein's thought experiment, and modern physicists accept it.

Most physicists do not accept hidden variable interpretations as compelling.

Eventually, around 1911 most mathematicians and theoretical physicists accepted the results of special relativity.

It might be, he said, despite the fact that very few physicists would accept such a notion, that "gravity works differently from what we think."

Most physicists, however, readily accepted both special relativity and quantum mechanics because they described effects that could be directly observed.

Even though many physicists accepted Bucherer's result, there still remained some doubts.

But without these experimental tests, very few physicists would have accepted general relativity.

But today, most physicists accept the negative refraction interpretation.

Most physicists accept wave-particle duality as the best explanation for a broad range of observed phenomena; however, it is not without controversy.

Today, physicists accept the dual nature of light.