Sentence examples for about the quantum of from inspiring English sources
It is not about the quantum of proof needed to justify military action.
It wants pay committees to think about the "quantum" of pay, meaning the sheer size of rewards; it wants them to consider cancelling annual bonuses if a company has suffered an "exceptional negative event"; and it wants to see "malus," or clawback, clauses in contracts to stem the continuing flow of rewards for failure.
It is not about the quantum of the sum being offered.
Initially an enterprise/organization decides about the quantum of advertisement depending upon the allotted budget.
The brief argues that Friday's ruling by U.S. District Judge James Robart in Seattle poses "irreparable harm" to the public and "second guesses the president's national security judgment about the quantum of risk posed by the admission [into the U.S.] of certain classes of aliens — and the best way of minimizing that risk".
Attendees will hear people like Sir Roger Penrose, an emeritus professor of mathematical physics at Oxford, who appears on the 2045.com Web site with a video teaser about "the quantum nature of consciousness," and George M. Church, a genetics professor at Harvard Medical School, whose video on the site concerns "brain healthspan extension".
I want adequate funding for education in Australia and the ministers will all take a view it's about increasing the quantum of funding, not shuffling the deckchairs".
"You're talking about invading someone's home, and the quantum of evidence required to do so should be very, very compelling".
Although their anti-metaphysical approach to science may have had some influence on Bohr (especially around 1935 during his final discussion with Einstein about the completeness of quantum mechanics), one must recall that Bohr always saw complementarity as a necessary response to the indeterministic description of quantum mechanics due to the quantum of action.
The FRET efficiency (E) can then be calculated using Eq. (1.1), where γ is a term including information about the quantum yields of the donor and acceptor and the collection efficiencies of the detectors used to measure their intensities.
