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The site shows example sentences for English words. How the word or phrase could be used in a sentence?
" ... It took place 150 kilometres (93 miles) away from the San Andreas fault and has nothing to do with that infamous geological feature. Seismologists can’t quite say exactly which fault the earthquakes are taking place on just yet – although they’re certainly working on it – but based on the pattern of quakes so far, it looks like they are happening on two small connected faults. They are technically known as conjugate faults, which means that they intersect (in this case, pretty much at right angles), which means the slippage on one directly impacts and induces slippage on the other. ... "
" ... Like most educated people, Michael Travis, an executive search consultant, knows how to conjugate a verb. That's why he cringes when his colleagues use the word "learning" as a noun. As in: "I had a critical learning from that project," or "We documented the team's learnings." Whatever happened to simply saying: "I learned a lesson from that project?" Says Travis: "Aspiring managers would do well to remember that if you can't express your idea without buzzwords, there may not be an idea there at all." ... "
" ... Spence: First thing — do everything with focus and involvement, as if it is the last thing you would do. If you do that everyday you can’t help but be successful. That is my measurement. How have I made a difference on this day in my life and in the lives of others? My favorite success stories are of my children. I have three children all of whom are incredibly kind, warm, and empathic people. Not only that but they are all passionate about what they love and can conjugate verbs! What more can a parent want? That right there is a success. ... "
" ... The central postulate of quantum mechanics is that there are pairs of observables that cannot simultaneously be measured, like for example the position and momentum of a particle. These pairs are called “conjugate variables,” and the impossibility to measure both their values precisely is what makes all the difference between a quantized and a non-quantized theory. In quantum mechanics, this uncertainty is fundamental, not due to experimental shortcomings. One of the most bizarre manifestations of this is the uncertainty between energy and time, which means that unstable particles (with a short lifetime) have inherently uncertain masses, thanks to Einstein's E=mc2. Particles like the Higgs boson, the W-and-Z bosons and the top quarks all have masses that are intrinsically uncertain by 1-10% because of their short lifetimes. ... "
" ... These probabilities are calculated from a mathematical object called a wavefunction, which if you want to throw a bunch of jargon around is technically a state vector in a Hilbert space, and there are a bunch of debates about what the wavefunction actually means. What there isn't much debate about, though, is the means by which you obtain probabilities from wavefunctions, which was introduced by Max Born in a footnote to a 1926 paper: the probability of finding a particular state is found by taking the wavefunction and multiplying by its complex conjugate, an operation that's roughly analogous to squaring it. That procedure, and the fact that the wavefunction is inherently a complex function involving the square root of negative one, is mathematically what makes it possible to see the interference phenomena that reveal the wave characters of all quantum objects. ... "