In For the affection of Physics, beloved MIT professor Walter Lewin, whose riveting physics lectures made him a YouTube super-star, takes readers on a remarkably enjoyable, artistic, and infrequently wacky trip that brings the fun of physics to life.
“For the affection of Physics captures Walter Lewin’s awesome mind, ardour for physics, and brilliance as a teacher”—Bill Gates.
For greater than thirty years as a well known professor on the Massachusetts Institute of expertise, Lewin’s lectures made physics not just available yet enjoyable, no matter if placing his head within the course of a wrecking ball, supercharging himself with 300 thousand volts of electrical energy, or demonstrating why the sky is blue and clouds are white. In For the affection of Physics, Lewin takes readers on a fabulous journey, opening our eyes as by no means earlier than to the wonders of physics and its awesome skill to bare the wonder and gear embedded in our world.
Could it's precise that we're shorter status up than mendacity down? Why will we snorkel no deeper than approximately one foot lower than the skin? Why are the colours of a rainbow continually within the related order, will we stretch a hand out and contact one?
Using beautifully transparent and straightforward causes of phenomena we’ve continually puzzled approximately, reminiscent of what the massive bang might have seemed like had someone existed to listen to it, Lewin surprises and delights with physics-based solutions to even the main elusive questions.
Whether displaying us flea is powerful sufficient to drag a heavy ebook throughout a desk, or describing the good, most eldritch proof in regards to the tiniest bits of topic, Lewin continuously entertains as he edifies. “For me,” Lewin writes, “physics is a fashion of seeing—the unbelievable and the mundane, the large and the minute—as a gorgeous, thrillingly interwoven whole.” For the affection of Physics is a unprecedented gem that would switch the best way readers see the realm.
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Extra resources for For the Love of Physics: From the End of the Rainbow to the Edge of Time - A Journey Through the Wonders of Physics
In nonconductors, there’s little or no motion of this type; the entire electrons are good fastened to their person atoms. yet that doesn’t suggest we can’t have a few enjoyable with nonconductors—especially your garden-variety, rubber, nonconducting balloon. you could exhibit every thing I’m speaking approximately right here by way of offering your self with a bit pack of uninflated rubber balloons (thinner ones paintings larger, just like the ones you could twist into animals). considering the fact that such a lot of you don’t have glass rods sitting round, I had was hoping water glass or wine bottle or perhaps a lightbulb may well replacement, yet regardless of my top efforts, they don’t. So why now not attempt a wide plastic or tough rubber comb? it is going to even be worthwhile to have a bit of silk, possibly an outdated tie or shawl, or a Hawaiian blouse your spouse has been attempting to get you to throw out. but when you don’t brain getting your hair mussed—for the reason for technology, who may brain? —you could make use of your individual hair. And you’ll have to tear up a few paper into, say, a number of dozen or so items. The quantity doesn’t subject, yet they need to be small, in regards to the dimension of a dime or penny. like any static electrical energy experiments, those paintings significantly better in wintry weather (or in afternoon desolate tract air), whilst the air is dry instead of wet. Why? simply because air itself isn't really a conductor—in truth, it’s an exceptional insulator. notwithstanding, if there's water within the air, cost can bleed away for sophisticated purposes which we can't speak about. rather than permitting cost to accumulate on a rod or textile or balloon, or your hair, humid air steadily bleeds cost away. That’s why you just have an issue getting surprised on doorknobs while the air is actually dry. Invisible Induction gather your whole fabrics, and prepare to adventure a number of the wonders of electrical energy. First cost up your comb by means of rubbing it difficult in your hair, ensuring your hair is especially dry, or rubbing it with the piece of silk. we all know from the triboelectric sequence that the brush will decide up adverse cost. Now, cease for a second and consider what’s going to occur as you convey the brush just about the pile of paper bits, and why. i may definitely comprehend if you happen to say “nothing in any respect. ” Then placed the brush a number of inches above your little mound of paper items. Slowly decrease the brush and watch what occurs. striking, isn’t it? try out it again—it’s no twist of fate. the various bits of paper leap as much as your comb, a few stick with it for a piece and fall back off, and a few remain quick. actually, if you happen to mess around with the brush and the paper a section, you can also make the items of paper stand on aspect, or even dance at the floor. What in the world is occurring? Why do a little items of paper keep on with the brush, whereas others bounce up, contact, and fall correct backpedal? those are very good questions, with very cool solutions. Here’s what occurs. The destructive cost at the comb repels the electrons within the paper atoms in order that, even supposing they’re no longer unfastened, they spend somewhat extra time at the some distance facet in their atoms. once they accomplish that, the edges of the atoms nearest the brush are only a tiny bit extra definitely charged than they'd been ahead of.
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