The result has been a spirited debate about what physicists can expect from their theories.

The thin physicist did not expect that he would have an intense life in favor of the poor, sowing schools, creches and libraries.

There's definitely the chance that the error estimates are off, and several physicists are expecting that will be the case.

Because of this, most physicists expect that quantum gravity effects will preclude this option.

Solar neutrinos were indeed detected and continued to be detected for some fifteen years, but only in about one third the number that physicists had expected.

It didn't make any sense in the way a physicist would expect.

But it's been rewritten and physicists expect that it will be rewritten again.

Then came the brilliant flashes that the physicists on the Titan had expected.

Annually physicists expect the SSC to yield 1,000 terabytes a year that will then be reduced by a factor of between 100 and 1,000.

By measuring the directions, momentums and energies of these particles, physicists expect to reconstruct the events that led to their birth in the quark-gluon plasma.