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Most physicists expect a robust detection sooner or later.
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This is great news and I'm happy that the hard work and perseverance has paid off confirming what most physicists expected.
Most physicists have expected that gravitational waves, theorized ripples in the fabric of space around violent events, would provide the first test.
But it's been rewritten and physicists expect that it will be rewritten again.
If the mixing angle were small, the physicists expected to see a distinct day-night variation.
The $272 million instruments started taking data in 2001, although it was not until the upgrade that physicists expected a signal.
Physicists expected this effect to result from a weak interaction between electrons and protons called "strange magnetism".
Most physicists wouldn't have expected a different outcome, says Rod Lakes, a physicist at the University of Wisconsin, Madison, who did a similar, less sensitive, experiment 5 years ago; but the radical consequences of photon mass keep prompting them to undertake such difficult experiments, he says: "You can never really say something is exactly zero.
Most physicists have yet to buy into this presumed revolution.
But today, most physicists accept the negative refraction interpretation.
Most physicists think the same will happen with this finding.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com