Laser Beam Quotes

Focus on your goals, not your fear. Focus like a laser beam on your goals.

Kate makes good sausage," Jim said. Six pairs of eyes stared at me. Thank you, Mr. Wonderful. Just what I needed. "Oh yeah," Andrea snapped her fingers. "The links? The ones we had the beginning of the month? I didn't know you made those. I thought they were bought. They were so good." Her smile was positively cherubic. Of all the times not to be able to shoot laser beams out of my eyes... "What do you put into your sausage, Kate?" Raphael wanted to know, giving me a perfectly innocent look. Werejaguars with big mouths with a pinch of werehyena thrown in. "Venison and rabbit." "That sounds like some fine sausage," Doolittle said. "Will you share the recipe?" "Sure." "I had no idea you were a sausage expert," Curran said with a completely straight face. Die, die, die, die... Even Derek cracked a smile. Raphael put his head down on the table and jerked a little. "Is he choking?" Dali asked, wrinkling her forehead. "No, he just needs a moment," Curran said. "Young bouda males. Easily excitable.

During the Vietnam War... every respectable artist in this country was against the war. It was like a laser beam. We were all aimed in the same direction. The power of this weapon turns out to be that of a custard pie dropped from a stepladder six feet high.

Amazing. You were so attached to it, and it still disappeared for you." “Attached! I was whocking that cloud with everything I had! Fireballs, laser beams, vacuum cleaner a block high...” “Negative attachments, Richard. If you really want to remove a cloud from your life, you do not make a big production out of it, you just relax and remove it from your thinking. That’s all there is to it.

Fifty bucks says the Inquisitor develops a high-tech robot arm that shoots laser beams,” said Kit. Everyone looked at him. “It always happens in movies,” he explained. “We’re Shadowhunters,” said Julian. “We’re not high-tech.

Hades finally smiles and, good gods, it’s like being hit by a laser beam. Heat strong enough to make my fingertips tingle and curl my toes. I stare up at him, caught in the intensity of those dark eyes. And then he’s shaking his head, smothering the rush of strangeness through my body. “No.” “What do you mean, no?” “I’m aware that you’ve likely not heard the word often in your privileged life, so I’ll spell it out for you. No. Nein. Nyet. Non. Absolutely not.

I kept glancing at him and away from him, as if his green eyes were hurting me. In modern parlance he was a laser beam. Deadly and delicate he seemed. His victims had always loved him. And I had always loved him, hadn't I, no matter what happened, and how strong could love grow if you had eternity to nourish it, and it took only these few moments in time to renew its momentum, its heat? -Lestat

His eyes trace the droplets branching down my chest. They stop at my waistband. “Brandon. Cutie.” “Yeah.” “You’re still wearing your boxers.” “I am.” “Is there something you need to tell me?” “No.” “Are you actually a Ken doll?” “Nope.” “Is your dad a secret superhero and you have a bionic penis and you make up this big religious-paranoia back story because it shoots laser beams and has the strength of a bulldozer?” “Yes.” “I knew it.

She knew now that being a superhero was more than just a fancy costume, a firm bust and being able to shoot whizz-bang laser beams out of your eyes.

Laser beams slid around them, spurts of light sinking through the darkness, eventually touching the stars or lighting the water for a moment on their death ride to the murky bottom.

No is easier to do, yes is easier to say. No is no to one thing. Yes is no to a thousand things. No is a precision instrument, a surgeon’s scalpel, a laser beam focused on one point. Yes is a blunt object, a club, a fisherman’s net that catches everything indiscriminately. No is specific. Yes is general.

THE VASTNESS OF OUR MEMORY Holography also explains how our brains can store so many memories in so little space. The brilliant Hungarian-born physicist and mathematician John von Neumann once calculated that over the course of the average human lifetime, the brain stores something on the order of 2. 8 x 1020 (280, 000, 000, 000, 000, 000, 000) bits of information. This is a staggering amount of information, and brain researchers have long struggled to come up with a mechanism that explains such a vast capability. Interestingly, holograms also possess a fantastic capacity for information storage. By changing the angle at which the two lasers strike a piece of photographic film, it is possible to record many different images on the same surface. Any image thus recorded can be retrieved simply by illuminating the film with a laser beam possessing the same angle as the original two beams. By employing this method researchers have calculated that a one-inch-square of film can store the same amount of information contained in fifty Bibles!

But Charlie and I have a very special relationship and I wanted to let her know I was home. Don't worry, I'm not one of those crazy cat ladies. I just like my favorite cat to know I'm home so we can talk, have dinner together, and watch Hoarders. I assumed she was in our master bathroom because that's where the cats like to hang out when we're not home. They record most of their "cute kitty with loofah" YouTube videos in there. Now, in order to let her know I was home I could have walked to the bathroom or yelled for her, which is what I usually do. But for some reason in that day I did something else. We have an intercom where I can push a button and talk to someone in another room. Sometimes it's fun to use when we have company. I'll get on it from a different part of the house and whisper stuff like, "Is there anything you ever really wanted to tell God? I'm listening." Oh, we have fun. Anyway, I got on the intercom and I said, "Charlie, I'm home! Charlie!" and I hung up and I waited for Charlie to come running. I didn't think anything of it until I looked over and Portia was staring at me. She said, "Did you just intercom the cat?" And I looked at her and I had no choice but to say, "Yes. I did just intercom the cat." In my defense, I was very tired and if I wanted to walk all the way to the bathroom to find Charlie I would have had to get on my Segway, ride it to the escalator, take the escalator to the third floor, cross the champagne fountain, get my retina scanned, and deactivate dozens of laser beams. Okay, that isn't true. I would have had to walk down the hall.

Things decided, I returned my attention to the laptop and scrolled through the stats of the principle trading account. Meanwhile, my younger brother was attempting to drill a hole into the side of my head with his eyeballs. “I’ll kindly ask you to stop trying to penetrate my brain with those laser beams you call eyes.

For a moment I am jealous: He has grown up here, fearless, happy. Perhaps he will never even know about the world on the other side of the fence, the real world. For him there will be no such thing. But there will also be no medicine for him when he is sick, and never enough food to go around, and winters so cold the mornings are like a punch in the gut. And someday-unless the resistance succeeds and takes the country back-the planes and the fires will find him. Someday the eye will turn in this direction, like a laser beam, consuming everything in its path. Someday all the Wilds will be razed, and we will be left with a concrete landscape, a land of pretty houses and trim gardens and planned parks and forests, and a world that works as smoothly as a clock, neatly wound: a world of metal and gears, and people going tick-tick-tick to their deaths.

The woman scowled so hard, he half expected a laser beam to shoot out of her eyes. ‘This

Greg turned around, shooting laser beams though the most disappointing sperm he’d ever unleashed.

I’m curious, what are you picturing exactly?” Augustine asked. “A crisscrossing pattern of red laser beams and ferrets in harnesses slithering through it like ninjas?

Unlike laser beams, which might be absorbed, scattered, and diffused as they travel, gravity waves would be able to spread across the stars and galaxy and therefore may be more reliable over great distances.

He had already decided that X rays, sonic probes, neutron beams, and all other nondestructive means of investigation would be brought into play before he called up the heavy artillery of the laser. It was the mark of a barbarian to destroy something one could not understand; but perhaps men were barbarians, beside the creatures who had made this thing.

Sometimes I wear sunglasses while I urinate, and pretend that my pee is a solar laser beam that will cut through my pants and legs if a direct hit occurs. I'm sure glad I am only pretending though, because it wouldn't be fun to lose both my legs every day.

You know, I have one simple request. And that is to have sharks with frickin' laser beams attached to their heads! Now evidently my cycloptic colleague informs me that that cannot be done. Ah, would you remind me what I pay you people for, honestly? Throw me a bone here! What do we have?

When an object impacts the Moon at high speed, it sets the Moon slightly wobbling. Eventually the vibrations die down but not in so short a period as eight hundred years. Such a quivering can be studied by laser reflection techniques. The Apollo astronauts emplaced in several locales on the Moon special mirrors called laser retroreflectors. When a laser beam from Earth strikes the mirror and bounces back, the round-trip travel time can be measured with remarkable precision. This time multiplied by the speed of light gives us the distance to the Moon at that moment to equally remarkable precision. Such measurements, performed over a period of years, reveal the Moon to be librating, or quivering with a period (about three years) and amplitude (about three meters), consistent with the idea that the crater Giordano Bruno was gouged out less than a thousand years ago.

The laser beam, aimed with skill, based on years of training, bifurcated Inspector Garland’s head. He slumped forward and, from his hand, his miniaturized laser beam rolled across the surface of his desk. The corpse teetered on its chair and then, like a sack of eggs, it slid to one side and crashed to the floor.

You’re supposed to be the big boss.” Sam said nothing. The crowd hushed, ready to watch this one-on-one confrontation. “You’re the big boss of the freaks,” Zil yelled. “But you can’t do anything. You can shoot laser beams out of your hands, but you can’t get enough food, and you can’t keep the power on, and you won’t do anything about that murderer Hunter, who killed my best friend.” He paused to fill his lungs for a final, furious cry. “You shouldn’t be in charge.” “You want to be in charge, Zil? Last night you were running around trying to get a lynch mob together. And let’s not even pretend that wasn’t you responsible for graffiti I saw driving into town just now.” “So what?” Zil demanded. “So what? So I said what everyone who isn’t a freak is thinking.” He spit the word “freak,” making it an insult, making it an accusation. “You really think what we need right now is to divide up between freaks and normals?” Sam asked. “You figure that will get the lights turned back on? That will put food on people’s tables?

how to focus—how to, as we might say these days, “bring it.” Like Hokusai, their lives begin to look like guided missiles. How exactly do they accomplish this? How do you get from where most of us live—the run-of-the-mill split mind—to the gathered mind of a Hokusai? Krishna articulates the principle succinctly: Acting in unity with your purpose itself creates unification. Actions that consciously support dharma have the power to begin to gather our energy. These outward actions, step-by-step, shape us inwardly. Find your dharma and do it. And in the process of doing it, energy begins to gather itself into a laser beam of effectiveness. Krishna quickly adds: Do not worry about the outcome. Success or failure are not your concern. It is better to fail at your own dharma than to succeed at the dharma of another. Your task is only to bring as much life force as you can muster to the execution of your dharma. In this spirit, Chinese Master Guan Yin Tzu wrote: “Don’t waste time calculating your chances of success and failure. Just fix your aim and begin.

Replace dabbling with laser-beam focus on something important.

Poor guy," Zack replied with such genuine pity that I almost bought it. Almost. “Hey, Steph, you mind turning down the heat from your glare? It’s making me a little uncomfortable.” I glared harder. “Seriously. Look I didn’t have anything to do with Rob’s injury if that’s what you’re implying. We were just tossing the ball back and forth. Now, quit with the laser beam eyes

For a moment I am jealous: He has grown up here, fearless, happy. Perhaps he will never even know about the world on the other side of the fence, the real world. For him there will be no such thing. But there will also be no medicine for him when he is sick, and never enough food to go around, and winters so cold the mornings are like a punch to the gut. And someday—unless the resistance succeeds and takes the country back—the planes and the fires will find him. Someday the eye will turn in this direction, like a laser beam, consuming everything in its path. Someday all the Wilds will be razed, and we will be left with a concrete landscape, a land of pretty houses and trim gardens and planned parks and forests, and a world that works as smoothly as a clock, neatly wound: a world of metal and gears, and people going tick-tick-tick to their deaths.

Thanks to the Human Connectome Project, which will map every neuron in the human brain, one day we may be able to send our connectomes into outer space on giant laser beams, eliminating a number of problems in interstellar travel. I call this laser porting, and it may free our consciousness to explore the galaxy or even the universe at the speed of light, so we don’t have to worry about the obvious dangers of interstellar travel.

our safest bet is that the era of high-technology communication, in the beginning of which we are now immersed, will continue to develop and amplify. We may look forward to more numerous and more versatile communications satellites, laser beams replacing microwaves in space and providing millions of times as many audio and video channels, optical fibers carrying light replacing copper wires carrying electricity, and elaborate computerization making the world more responsive to our needs.

Let us discuss these problems in some detail. One problem is to amass enough energy to rip the fabric of space and time. The simplest way to do this is to compress an object until it becomes smaller than its "event horizon." For the sun, this means compressing it down to about 2 miles in diameter, whereupon it will collapse into a black hole. (The Sun's gravity is too weak to compress it naturally down to 2 miles, so our sun will never become a black hole, In principle, this means that anything, even you, can become a black hole if you were sufficiently compressed. This would mean compressing all the atoms of your body to smaller than subatomic distances-a feat that is beyond the capabilities of modern science.) A more practical approach would be to assemble a batter of laser beams to fire an intense beam at a specific spot. Or to build a huge atom smasher to create two beams, which would then collide with each other at fantastic energies, sufficient to create a small tear in the fabric of space-time.

For reasons we don't yet understand, the tendency to synchronize is one of the most pervasive drives in the universe, extending from atoms to animals, from people to planets. Female friends or coworkers who spend a great deal of time together often find that their menstrual periods tend to start around the same day. Sperm swimming side by side en route to the egg beat their tails in unison, in a primordial display of synchronized swimming. Sometimes sync can be pernicious: Epilepsy is caused by millions of brain cells discharging in pathological lockstep, causing the rhythmic convulsions associated with seizures. Even lifeless things can synchronize. The astounding coherence of a laser beam comes from trillions of atoms pulsing in concert, all emitting photons of the same phase and frequency. Over the course of millennia, the incessant effects of the tides have locked the moon's spin to its orbit. It now turns on its axis at precisely the same rate as it circles the earth, which is why we always see the man in the moon and never its dark side.

And suddenly I just need to hold his hand more than I’ve ever needed anything in this world. Not just be held by it, but hold it back. I aim every remaining ounce of energy into my right hand. I’m weak, and this is so hard. It’s the hardest thing I will ever have to do. I summon all the love I have ever felt, I summon all the breath that Mom, Dad, and Teddy would fill me with if they could. I summon all my own strength, focus it like a laser beam into the fingers and palm of my right hand. I picture my hand stroking Teddy’s hair, grasping a bow poised above my cello, interlaced with Adam’s. And then I squeeze.

OUR ABILITY TO BOTH RECALL AND FORGET Pieces of holographic film containing multiple images, such as those described above, also provide a way of understanding our ability to both recall and forget. When such a piece of film is held in a laser beam and tilted back and forth, the various images it contains appear and disappear in a glittering stream. It has been suggested that our ability to remember is analogous to shining a laser beam on such a piece of film and calling up a particular image. Similarly, when we are unable to recall something, this may be equivalent to shining various beams on a piece of multiple-image film, but failing to find the right angle to call up the image/memory for which we are searching.

He lay back against the crunching branches ad half shut his eyes. The rain was a soft sweet veil of silver around him. As he glanced upwards the heavens opened as if for a laser beam, and he saw the moon, the full moon, the meaningless and irrelevant full moon in all its blessed glory, floating in a wreath of clouds, against the distant stars. A deep love of all he saw settled over him-love for the splendor of the moon and the sparkling fragments of light that drifted beyond it-for the enfolding forest that sheltered him so completely, for the rain that carried the dazzling light of the skies to the shimmering bower in which he lay. A flame burned in him, a faith that a comprehending Power existed, animating all this that it had created and sustaining it with a love beyond anything that he, Reuben, could imagine.

There are only two types of waves that can travel across the universe bringing us information about things far away: electromagnetic waves (which include light, X-rays, gamma rays, microwaves, radio waves…); and gravitational waves. Electromagnetic waves consist of oscillating electric and magnetic forces that travel at light speed. When they impinge on charged particles, such as the electrons in a radio or TV antenna, they shake the particles back and forth, depositing in the particles the information the waves carry. That information can then be amplified and fed into a loudspeaker or on to a TV screen for humans to comprehend. Gravitational waves, according to Einstein, consist of an oscillatory space warp: an oscillating stretch and squeeze of space. In 1972 Rainer (Rai) Weiss at the Massachusetts Institute of Technology had invented a gravitational-wave detector, in which mirrors hanging inside the corner and ends of an L-shaped vacuum pipe are pushed apart along one leg of the L by the stretch of space, and pushed together along the other leg by the squeeze of space. Rai proposed using laser beams to measure the oscillating pattern of this stretch and squeeze. The laser light could extract a gravitational wave’s information, and the signal could then be amplified and fed into a computer for human comprehension. The study of the universe with electromagnetic telescopes (electromagnetic astronomy) was initiated by Galileo, when he built a small optical telescope, pointed it at Jupiter and discovered Jupiter’s four largest moons. During the 400 years since then, electromagnetic astronomy has completely revolutionised our understanding of the universe.

Writing novels, to me, is basically a kind of manual labor. Writing itself is mental labor, but finishing an entire book is closer to manual labor. It doesn’t involve heavy lifting, running fast, or leaping high. Most people, though, only see the surface reality of writing and think of writers as involved in quiet, intellectual work done in their study. If you have the strength to lift a coffee cup, they figure, you can write a novel. But once you try your hand at it, you soon find that it isn’t as peaceful a job as it seems. The whole process—sitting at your desk, focusing your mind like a laser beam, imagining something out of a blank horizon, creating a story, selecting the right words, one by one, keeping the whole flow of the story on track—requires far more energy, over a long period, than most people ever imagine. You might not move your body around, but there’s grueling, dynamic labor going on inside you.

Jethro had a scar near one of his eyes, an angry tear that scraped through his eyebrow and reached up to his forehead where it disappeared beneath his hairline. In winter he wore black motorcycle boots and a checked sheepskin jacket that was orange and brown. He had sideburns like a man and the other kids said his eyes were like laser beams in comics, that your face would explode if he even looked at you. That was why he wore those steel-rimmed reflective sunglasses, they said, as he cruised around in his car with his hairy arm out the window, fingers spread wide on the door. Jethro Sands was like the scariest crackers on Guy Fawkes Night. He was the loudest thunder, the meanest dog. Out of everyone she was scared of Jethro Sands the most. She imagined buildings and trees bursting into flame on either side of the road as he drove along, turning his head slowly from side to side. He was threatening, noxious. Dark.

In heist movies, there's always a montage of scenes where the caper crew rehearses for the big day. The greaser person practices maneuvering through a mock laser beam field made up of string. The driver races through obstacle courses, back alleys, and dark city streets. The hacker pounds on her keyboard, staring at screens full of code. The gadget person demonstrates all their clever toys. The key master practices opening a safe. The muscle finds a few security guards to knock unconscious and wrestles guard dogs to the ground. The inside person seduces or befriends the target and gets them to spill their secrets. And the leader organizes it all with the help of her second-in-command. At least, that's the way it works in the movies. In real life, with a bunch of newbs who are scraping by with low-paying jobs, inflexible hours, difficult bosses, and a bunch of side gigs to make ends meet, just organizing a rehearsal heist was one hell of a task.

Randy grinds his teeth for about a mile, and then says, “If there is any generalization at all that you can draw about how men think versus how women think, I believe it is that men can narrow themselves down to this incredibly narrow laser-beam focus on one tiny little subject and think about nothing else.” “Whereas women can’t?” “I suppose women can. They rarely seem to want to. What I’m characterizing here, as the female approach, is essentially saner and healthier.” “Hmmmm.

Computer modeling showed the lasers’ twin collimating beams racing away from the Star Destroyer. Then, captured by gravity, the beams become one, changing vector and accelerating beyond lightspeed as it disappeared into the mask’s churning accretion envelope. Krennic watched the monitor in naked awe, wishing there was some way he could screen the results for Galen without sending him into cardiac arrest or fleeing for the farthest reaches of the galaxy. His legacy, in any case, his contribution to the greatest weapon ever constructed, was now assured.

In conclusion, I return to Einstein. If we find a planet in the Alpha Centauri system, its image, captured by a camera travelling at a fifth of light speed, will be slightly distorted due to the effects of special relativity. It would be the first time a spacecraft has flown fast enough to see such effects. In fact, Einstein’s theory is central to the whole mission. Without it we would have neither lasers nor the ability to perform the calculations necessary for guidance, imaging and data transmission over twenty-five trillion miles at a fifth of light speed. We can see a pathway between that sixteen-year-old boy dreaming of riding on a light beam and our own dream, which we are planning to turn into a reality, of riding our own light beam to the stars. We are standing at the threshold of a new era. Human colonisation on other planets is no longer science fiction. It can be science fact. The human race has existed as a separate species for about two million years. Civilisation began about 10,000 years ago, and the rate of development has been steadily increasing. If humanity is to continue for another million years, our future lies in boldly going where no one else has gone before. I hope for the best. I have to. We have no other option.

ASSOCIATIVE MEMORY In Proust's Swann's Way a sip of tea and a bite of a small scallopshaped cake known as a petite madeleine cause the narrator to find himself suddenly flooded with memories from his past. At first he is puzzled, but then, slowly, after much effort on his part, he remembers that his aunt used to give him tea and madeleines when he was a little boy, and it is this association that has stirred his memory. We have all had similar experiences—a whiff of a particular food being prepared, or a glimpse of some long-forgotten object—that suddenly evoke some scene out of our past. The holographic idea offers a further analogy for the associative tendencies of memory. This is illustrated by yet another kind of holographic recording technique. First, the light of a single laser beam is bounced off two objects simultaneously, say an easy chair and a smoking pipe. The light bounced off each object is then allowed to collide, and the resulting interference pattern is captured on film. Then, whenever the easy chair is illuminated with laser light and the light that reflects off the easy chair is passed through the film, a three-dimensional image of the pipe will appear. Conversely, whenever the same is done with the pipe, a hologram of the easy chair appears. So, if our brains function holographically, a similar process may be responsible for the way certain objects evoke specific memories from our past

Yet another unexpected development emerged from this bizarre duality, called the holographic principle. Holograms are two-dimensional flat sheets of plastic, containing the image of three-dimensional objects that have been specially encoded within them. By shining a laser beam at the flat screen, the three-dimensional image suddenly emerges. In other words, all the information needed to create a three-dimensional image has been encoded onto a flat two-dimensional screen using lasers, like the image of Princess Leia projected by R2-D2 or the haunted mansion at Disneyland where three-dimensional ghosts sail around us. This principle also works for black holes. As we saw earlier, if we throw an encyclopedia into a black hole, the information contained inside the books cannot disappear, according to quantum mechanics. So where does the information go? One theory posits that it is distributed onto the surface of the event horizon of the black hole. So the two-dimensional surface of a black hole contains all the information of all the three-dimensional objects that have been thrown into it. This also has implications for our conception of reality. We are convinced, of course, that we are three-dimensional objects that can move in space, defined by three numbers, length, width, and height. But perhaps this is an illusion. Perhaps we are living in a hologram. Perhaps the three-dimensional world we experience is just a shadow of the real world, which is actually ten- or eleven-dimensional. When we move in the three dimensions of space, we experience our real selves actually moving in ten or eleven dimensions. When we walk down the street, our shadow follows us and moves like us, except the shadow exists in two dimensions. Likewise, perhaps we are shadows moving in three dimensions, but our real selves are moving in ten or eleven dimensions.

Blitzen!” Junior suddenly appeared. He crutched toward me with his rocket-powered walker and a lot of friends. “Get him, boys!” “Ha! Eat light, Junior!” I unleashed the power of the mini bed. Sadly, instead of a turn-you-to-stone laser beam, a weak glow enveloped Junior like a soft blanket. The charge had run out. A thin crust formed around him. It was nowhere near as dramatic as instant petrification, but it was startling enough to make the other dwarves pause. And that made me think about how I looked to them. A dwarf who handcrafts a weapon that I know what it’s like to be petrified. It stinks. So I had every intention of cutting Alviss free on his next pass-by and then dipping him in the river to restore him. But before I could, the stalactite attached to the rope broke. Alviss’s momentum carried him over the cliff edge. He landed with a splash in the water below. “Oops.” I peered down, then waved my hand dismissively. “Ah, he’ll be fine.” “Blitzen!” Junior suddenly appeared. He crutched toward me with his rocket-powered walker and a lot of friends. “Get him, boys!” “Ha! Eat light, Junior!” I unleashed the power of the mini bed. Sadly, instead of a turn-you-to-stone laser beam, a weak glow enveloped Junior like a soft blanket. The charge had run out. A thin crust formed around him. It was nowhere near as dramatic as instant petrification, but it was startling enough to make the other dwarves pause. And that made me think about how I looked to them. A dwarf who handcrafts a weapon that petrifies other dwarves? Not cool. “Listen!” I yelled. “My argument is with Junior, not you. When he decrustifies, tell him I want to talk.” I put the mini bed on the ground and showed them my empty hands while slowly backing away. It would have been a very powerful moment if I hadn’t backed off the cliff into the river. As I thrashed through the churning water toward shore, three things occurred to me. One, Junior would never, ever forgive me. Two, my cashmere hoodie was ruined. And three . . . Mimir owed me a lot more than a quarter.

OUR ABILITY TO RECOGNIZE FAMILIAR THINGS At first glance our ability to recognize familiar things may not seem so unusual, but brain researchers have long realized it is quite a complex ability. For example, the absolute certainty we feel when we spot a familiar face in a crowd of several hundred people is not just a subjective emotion, but appears to be caused by an extremely fast and reliable form of information processing in our brain. In a 1970 article in the British science magazine Nature, physicist Pieter van Heerden proposed that a type of holography known as recognition holography offers a way of understanding this ability. * In recognition holography a holographic image of an object is recorded in the usual manner, save that the laser beam is bounced off a special kind of mirror known as a focusing mirror before it is allowed to strike the unexposed film. If a second object, similar but not identical * Van Heerden, a researcher at the Polaroid Research Laboratories in Cambridge, Massachusetts, actually proposed his own version of a holographic theory of memory in 1963, but his work went relatively unnoticed. to the first, is bathed in laser light and the light is bounced off the mirror and onto the film after it has been developed, a bright point of light will appear on the film. The brighter and sharper the point of light the greater the degree of similarity between the first and second objects. If the two objects are completely dissimilar, no point of light will appear. By placing a light-sensitive photocell behind the holographic film, one can actually use the setup as a mechanical recognition system.7 A similar technique known as interference holography may also explain how we can recognize both the familiar and unfamiliar features of an image such as the face of someone we have not seen for many years. In this technique an object is viewed through a piece of holographic film containing its image. When this is done, any feature of the object that has changed since its image was originally recorded will reflect light differently. An individual looking through the film is instantly aware of both how the object has changed and how it has remained the same. The technique is so sensitive that even the pressure of a finger on a block of granite shows up immediately, and the process has been found to have practical applications in the materials testing industry.

The phone rang and Chassie excused herself to answer it. Silence hung between them as heavy as snow clouds in a winter sky. Eventually, Edgard said, "She doesn't know anything about me. Not even that we were roping partners. Not that we were..." He looked at Trevor expectantly. "No." Trevor quickly glanced at the living room where Chassie was chattering away. "You surprised?" "Maybe that she isn't aware of our official association as roping partners. There was no shame in that. We were damn good together, Trev." The word shame echoed like a slap. As good as they were together, it'd never been enough, in an official capacity or behind closed doors. "What are you really doin' here?" Edgard didn't answer right away. "I don't know. Feeling restless. Had the urge to travel." "Wyoming ain't exactly an exotic port of call." "You think I don't realize that? You think I wouldn't rather be someplace else? But something..." Edgard lowered his voice. "Ah, fuck it." "What?" "Want the truth? Or would you rather I lie?" "The truth." "Truth between us? That's refreshing." Edgard's gaze trapped his. "I'm here because of you." Trevor's heart alternately stopped and soared, even when his answer was an indiscernible growl. "For Christsake, Ed. What the hell am I supposed to say to that? With my wife in the next room?" "You're making a big deal out of this. She thinks we're friends, which ain't a lie. We were partners before we were..." Edgard gestured distractedly. "If she gets the wrong idea, it won't be from me." "Maybe I'm gettin' the wrong idea. The last thing you said to me when you fuckin' left me was that you weren't ever comin' back. And you made it goddamn clear you didn't want to be my friend. So why are you here?" Pause. He traced the rim of his coffee cup with a shaking fingertip. "I heard about you gettin' married." "That happened over a year ago and you came all the way from Brazil to congratulate me in person? Now?" "No." Edgard didn't seem to know what to do with his hands. He raked his fingers through his hair. His voice was barely audible. "Will it piss you off if I admit I was curious about whether you're really happy, meu amore?" My love. My ass. Trevor snapped, "Yes." "Yes, you're pissed off? Or yes, you're happy?" "Both." "Then this is gonna piss you off even more." "What?" "Years and miles haven't changed anything between us and you goddamn well know it." Trevor looked up; Edgard's golden eyes were laser beams slicing him open. "It don't matter. If you can't be my friend while you're in my house, walk out the fuckin' door. I will not allow either one of us to hurt my wife. Got it?" "Yeah." "Good. And I'm done talkin' about this shit so don't bring it up again. Ever.

Radiation from the Big Bang may give us a clue to dark matter and dark energy. First of all, the echo, or afterglow, of the Big Bang is easy to detect. Our satellites have been able to detect this radiation to enormous accuracy. Photographs of this microwave background radiation show that it is remarkably smooth, with tiny ripples appearing on its surface. These ripples, in turn, represent tiny quantum fluctuations that existed at the instant of the Big Bang that were then magnified by the explosion. What is controversial, however, is that there appear to be irregularities, or blotches, in the background radiation that we cannot explain. There is some speculation that these strange blotches are the remnants of collisions with other universes. In particular, the CMB (cosmic microwave background) cold spot is an unusually cool mark on the otherwise uniform background radiation that some physicists have speculated might be the remnants of some type of connection or collision between our universe and a parallel universe at the beginning of time. If these strange markings represent our universe interacting with parallel universes, then the multiverse theory might become more plausible to skeptics. Already, there are plans to put detectors in space that can refine all these calculations, using space-based gravity wave detectors. LISA Back in 1916, Einstein showed that gravity could travel in waves. Like throwing a stone in a pond and witnessing the concentric, expanding rings it creates, Einstein predicted that swells of gravity would travel at the speed of light. Unfortunately, these would be so faint that he did not think we would find them anytime soon. He was right. It took until 2016, one hundred years after his original prediction, before gravity waves were observed. Signals from two black holes that collided in space about a billion years ago were captured by huge detectors. These detectors, built in Louisiana and Washington State, each occupy several square miles of real estate. They resemble a large L, with laser beams traveling down each leg of the L. When the two beams meet at the center, they create an interference pattern that is so sensitive to vibrations that they could detect this collision. For their pioneering work, three physicists, Rainer Weiss, Kip S. Thorne, and Barry C. Barish, won the Nobel Prize in 2017. For even greater sensitivity, there are plans to send gravity wave detectors into outer space. The project, known as the laser interferometry space antenna (LISA), might be able to pick up vibrations from the instant of the Big Bang itself. One version of the LISA consists of three separate satellites in space, each connected to the others by a network of laser beams. The triangle is about a million miles on each side.

Marvin stood there. ‘Out of my way little robot,’ growled the tank. ‘I’m afraid,’ said Marvin, ‘that I’ve been left here to stop you.’ The probe extended again for a quick recheck. It withdrew again. ‘You? Stop me?’ roared the tank, ‘Go on!’ ‘No, really I have,’ said Marvin simply. ‘What are you armed with?’ roared the tank in disbelief. ‘Guess,’ said Marvin. The tank’s engines rumbled, its gears ground. Molecule-sized electronic relays deep in its micro-brain flipped backwards and forwards in consternation. ‘Guess?’ said the tank. ‘Yes, go on,’ said Marvin to the huge battle machine, ‘you’ll never guess.’ ‘Errrmmm …’ said the machine, vibrating with unaccustomed thought, ‘laser beams?’ Marvin shook his head solemnly. ‘No,’ muttered the machine in its deep gutteral rumble, ‘Too obvious. Anti-matter ray?’ it hazarded. ‘Far too obvious,’ admonished Marvin. ‘Yes,’ grumbled the machine, somewhat abashed, ‘Er … how about an electron ram?’ This was new to Marvin. ‘What’s that?’ he said. ‘One of these,’ said the machine with enthusiasm. From its turret emerged a sharp prong which spat a single lethal blaze of light. Behind Marvin a wall roared and collapsed as a heap of dust. The dust billowed briefly, then settled. ‘No,’ said Marvin, ‘not one of those.’ ‘Good though, isn’t it?’ ‘Very good,’ agreed Marvin. ‘I know,’ said the Frogstar battle machine, after another moment’s consideration, ‘you must have one of those new Xanthic Re-Structron Destabilized Zenon Emitters!’ 'Nice, aren’t they?’ agreed Marvin. ‘That’s what you’ve got?’ said the machine in condiderable awe. ‘No,’ said Marvin. ‘Oh,’ said the machine, disappointed, ‘then it must be …’ ‘You’re thinking along the wrong lines,’ said Marvin, ‘You’re failing to take into account something fairly basic in the relationship between men and robots.’ ‘Er, I know,’ said the battle machine, 'is it … ’ it tailed off into thought again. ‘Just think,’ urged Marvin, ‘they left me, an ordinary, menial robot, to stop you, a gigantic heavy-duty battle machine, whilst they ran off to save themselves. What do you think they would leave me with?’ ‘Oooh er,’ muttered the machine in alarm, ‘something pretty damn devastating I should expect.’ ‘Expect!’ said Marvin. ‘Oh yes, expect. I’ll tell you what they gave me to protect myself with shall I?’ ‘Yes, alright,’ said the battle machine, bracing itself. ‘Nothing,’ said Marvin. There was a dangerous pause. 'Nothing?’ roared the battle machine. ‘Nothing at all,’ intoned Marvin dismally, ‘not an electronic sausage.’ The machine heaved about with fury. ‘Well doesn’t that just take the biscuit!’ it roared, ‘Nothing, eh?’ Just don’t think, do they?’ ‘And me,’ said Marvin in a soft low voice, ‘with this terrible pain in all the diodes down my left side.’ ‘Makes you spit, doesn’t it?’ ‘Yes,’ agreed Marvin with feeling. ‘Hell that makes me angry,’ bellowed the machine, ‘think I’ll smash that wall down!’ The electron ram stabbed out another searing blaze of light and took out the wall next to the machine. ‘How do you think I feel?’ said Marvin bitterly. ‘Just ran off and left you did they?’ the Machine thundered. ‘Yes,’ said Marvin. ‘I think I’ll shoot down their bloody ceiling as well!’ raged the tank. It took out the ceiling of the bridge. ‘That’s very impressive,’ murmured Marvin. ‘You ain’t seen nothing yet,’ promised the machine, ‘I can take out this floor too, no trouble!’ It took out the floor too. ‘Hells bells!’ the machine roared as it plummeted fifteen storeys and smashed itself to bits on the ground below. ‘What a depressingly stupid machine,’ said Marvin and trudged away.

Cataract Treatment Advanced by Laser Eye Surgery It is estimated that half of individuals aged 65 and above will grow a cataract at some period in their life. A cataract is an eye condition that may be hazardous to your eyesight. In a healthy eye, there's a clear lens which enables you to focus. For those who have a cataract, the lens slowly deteriorates over a long period of time. Your vision can be blurry as the cataract develops, until the whole-of the lens is muddy. Your sight will slowly get worse, becoming blurry or misty, which makes it tough to see clearly. Cataracts can occur at any age but generally develop as you get older. Cataract surgery involves removing the cataract by emulsifying the lens by sonography and replacing it with a small plastic lens. This artificial lens is then stabilised within your natural lens that was held by the same lens capsule. The results restore clear vision and generally wholly remove the significance of reading glasses. However, years following the surgery, patients can occasionally experience clouding of their sight again. Vision can become blurred and lots of patients have issues with glare and bright lights. What is truly happening is a thickening of the lens capsule that holds the artificial lens. Medically this is known as Posterior Lens Capsule Opacification. This thickening of the lens capsule occurs in the back, meaning natural lens cells develop across the rear of the lens. These cells are sometimes left behind subsequent cataract surgery, causing problems with the light entering the-eye and hence problems with your vision. Laser Eye getlasereyesurgery.co.uk y Treatment Lasers are beams of power which may be targeted quite correctly. Nowadays the technology will be used increasingly for the purpose of rectifying the vision of patients after cataract operation. The YAG laser is a focused laser with really low energy levels and can be used to cut away a small circle shaped area in the lens capsule which enables light to once again pass through to the rear of the artificial lens. A proportion of the lens capsule is retained in order to keep the lens in place, but removes enough of the cells to let the light to the retina. If you want to read more information, please Click Here

The top surface of the computer is smooth except for a fisheye lens, a polished glass dome with a purplish optical coating. Whenever Hiro is using the machine, this lens emerges and clicks into place, its base flush with the surface of the computer. The neighborhood loglo is curved and foreshortened on its surface. Hiro finds it erotic. This is partly because he hasn't been properly laid in several weeks. But there's more to it. Hiro's father, who was stationed in Japan for many years, was obsessed with cameras. He kept bringing them back from his stints in the Far East, encased in many protective layers, so that when he took them out to show Hiro, it was like watching an exquisite striptease as they emerged from all that black leather and nylon, zippers and straps. And once the lens was finally exposed, pure geometric equation made real, so powerful and vulnerable at once, Hiro could only think it was like nuzzling through skirts and lingerie and outer labia and inner labia. . . . It made him feel naked and weak and brave. The lens can see half of the universe -- the half that is above the computer, which includes most of Hiro. In this way, it can generally keep track of where Hiro is and what direction he's looking in. Down inside the computer are three lasers -- a red one, a green one, and a blue one. They are powerful enough to make a bright light but not powerful enough to burn through the back of your eyeball and broil your brain, fry your frontals, lase your lobes. As everyone learned in elementary school, these three colors of light can be combined, with different intensities, to produce any color that Hiro's eye is capable of seeing. In this way, a narrow beam of any color can be shot out of the innards of the computer, up through that fisheye lens, in any direction. Through the use of electronic mirrors inside the computer, this beam is made to sweep back and forth across the lenses of Hiro's goggles, in much the same way as the electron beam in a television paints the inner surface of the eponymous Tube. The resulting image hangs in space in front of Hiro's view of Reality. By drawing a slightly different image in front of each eye, the image can be made three-dimensional. By changing the image seventy-two times a second, it can be made to move. By drawing the moving three-dimensional image at a resolution of 2K pixels on a side, it can be as sharp as the eye can perceive, and by pumping stereo digital sound through the little earphones, the moving 3-D pictures can have a perfectly realistic soundtrack. So Hiro's not actually here at all. He's in a computer-generated universe that his computer is drawing onto his goggles and pumping into his earphones. In the lingo, this imaginary place is known as the Metaverse. Hiro spends a lot of time in the Metaverse. It beats the shit out of the U-Stor-It.

Suddenly he felt his foot catch on something and he stumbled over one of the trailing cables that lay across the laboratory floor. The cable went tight and pulled one of the instruments monitoring the beam over, sending it falling sideways and knocking the edge of the frame that held the refractive shielding plate in position. For what seemed like a very long time the stand wobbled back and forth before it tipped slowly backwards with a crash. ‘Take cover!’ Professor Pike screamed, diving behind one of the nearby workbenches as the other Alpha students scattered, trying to shield themselves behind the most solid objects they could find. The beam punched straight through the laboratory wall in a cloud of vapour and alarm klaxons started wailing all over the school. Professor Pike scrambled across the floor towards the bundle of thick power cables that led to the super-laser, pulling them from the back of the machine and extinguishing the bright green beam. ‘Oops,’ Franz said as the emergency lighting kicked in and the rest of the Alphas slowly emerged from their hiding places. At the back of the room there was a perfectly circular, twenty-centimetre hole in the wall surrounded by scorch marks. ‘I am thinking that this is not being good.’ Otto walked cautiously up to the smouldering hole, glancing nervously over his shoulder at the beam emitter that was making a gentle clicking sound as it cooled down. ‘Woah,’ he said as he peered into the hole. Clearly visible were a series of further holes beyond that got smaller and smaller with perspective. Dimly visible at the far end was what could only be a small circle of bright daylight. ‘Erm, I don’t know how to tell you this, Franz,’ Otto said, turning towards his friend with a broad grin on his face, ‘but it looks like you just made a hole in the school.’ ‘Oh dear,’ Professor Pike said, coming up beside Otto and also peering into the hole. ‘I do hope that we haven’t damaged anything important.’ ‘Or anyone important,’ Shelby added as she and the rest of the Alphas gathered round. ‘It is not being my fault,’ Franz moaned. ‘I am tripping over the cable.’ A couple of minutes later, the door at the far end of the lab hissed open and Chief Dekker came running into the room, flanked by two guards in their familiar orange jumpsuits. Otto and the others winced as they saw her. It was well known already that she had no particular love for H.I.V.E.’s Alpha stream and she seemed to have a special dislike for their year in particular. ‘What happened?’ she demanded as she strode across the room towards the Professor. Her thin, tight lips and sharp cheekbones gave the impression that she was someone who’d heard of this thing called smiling but had decided that it was not for her. ‘There was a slight . . . erm . . . malfunction,’ the Professor replied with a fleeting glance in Franz’s direction. ‘Has anyone been injured?’ ‘It doesn’t look like it,’ Dekker replied tersely, ‘but I think it’s safe to say that Colonel Francisco won’t be using that particular toilet cubicle again.’ Franz visibly paled at the thought of the Colonel finding out that he had been in any way responsible for whatever indignity he had just suffered. He had a sudden horribly clear vision of many laps of the school gym somewhere in his not too distant future.

Meanwhile, my thoughts bounced around like a laser beam in a mirror factory.

Image intensifiers, which ultimately became “night vision” Fiber optics Supertenacity fibers Lasers Molecular alignment metallic alloys Integrated circuits and microminiaturization of logic boards HARP (High Altitude Research Project) Project Horizon (moon base) Portable atomic generators (ion propulsion drive) Irradiated food “Third brain” guidance systems (EBE headbands) Particle beams (“Star Wars” antimissile energy weapons) Electromagnetic propulsion systems Depleted uranium projectiles

If you have ever faced a significant crisis in your life you will have experienced the power of purpose to tap reserves of energy, strength and courage you didn’t know you had. Your mission was clear. Your goal was compelling. Your focus was laser. Your potential was tapped. The power of a focused purpose is similar to the energy of light focused through a magnifying glass. Diffused light is not of much use, but when its energy is concentrated—as through a magnifying glass—that same light can set fire to paper. Focus its energy even more, as with a laser beam, and it has the power to cut through steel. A clear sense of purpose enables you to focus your efforts away from distracted busyness to what matters most. Nowhere is this more important than in your work, and how you employ your skills, talents and time throughout your life.

Your inner actions light you up, turn you on fire, send laser beams out of your eyes, teleport all the negative muons away and only positive tetrons surround you and light up the world around you. FACT!

Heat zips like a laser beam from his eyes to my cheeks and sets them afire.

The detector consists of four huge mirrors (40 kilograms, 34 centimeters in diameter) that hang from overhead supports at the ends of two perpendicular arms. The waves’ tendex lines stretch one arm while squeezing the other, and then squeeze the first while stretching the second, over and over and over again. The oscillating separation between mirrors is monitored with laser beams, by a technique called interferometry. Hence LIGO’s name: Laser Interferometer Gravitational Wave Observatory.

Lights flashed and laser beams sliced through the atmosphere as though Yoda was freaking out somewhere among the crowd. From

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I choose to focus my attention; it is like a laser beam.

Working the night shift exposed me to very high powered 20 watt industrial sodium LASER light. We were told that it was harmless to the naked eye if we did not look directly into the LASER beam. Walking into the observatory dome being illuminated by the bright scattered orange laser light was a common occurrence.

laser beam

I can only write and hope. Hope to arise from the muddy depths of this process, clear and cleansed, laser beams shooting from my eyeballs, holding the sunken treasure aloft, resplendent in silver and gold, an ebullient grin plastered on my face, and sea monsters docile at my feet.

A descent into an unlit place from which there is no escape, an underwater labyrinth of impossible mazes. No ghosts floating around down there with writing utensils hidden under their white eyehole sheets. I prefer to either drown like a cockroach in the toilet, or swim the English Channel like a hero. I may well be an eleven-fingered oaf slobbering over a typewriter, pounding out a thorny jumble of trash, an uneducated animal who runs on instinct and feeling. But this is my voice. The facts and figures aren’t important to me, the colors and shapes that make up my world are; they are who I am, right or wrong. The limits of my memory are their own reward. Like Rashomon, the same thing looks different to everyone from their angle. The greatest fault of humankind belongs to those who think their view of what’s real is the only truth. I can only write and hope. Hope to arise from the muddy depths of this process, clear and cleansed, laser beams shooting from my eyeballs, holding the sunken treasure aloft, resplendent in silver and gold, an ebullient grin plastered on my face, and sea monsters docile at my feet.

 When St. Kari of the Blade Met Luke Skywalker, Star Wars Jedi Knight  “What’s that?” Kari asked pointing to the silvery object attached to Luke’s waist. “It’s my lightsaber,” Luke said cautiously, not knowing where this was going. “It’s like your sword, only many years advanced.” “I see me thinks,” grinned Kari, “although I cannot see how such a short object labors as a sword. Can you show me how? Here, block my blade.” Kari pull-whipped her sharp, simple straight edge fast and held it so that its steel shaft was stationed off Lukes left shoulder. “I don’t want to ruin your sword,” Luke said with a slight grinning shrug. “It will cut your blade in half.” “No it shan’t. C’mon and try” quipped Kari, her violet-grey eyes dancing with mirth. Luke felt compelled just a little bit to teach the seemingly uncomplicated girl a lesson in advanced blade-play. He struck at her sword, but to his amazement, the laser did not cut through Kari’s antiquated, plain cross-hilt weapon, as it easily should have. She wryed and smiled. “I’ve never seen anything like this,” Luke said eyes widening in surprise. “The only thing that resists a lightsaber cut is Cortosis.” “Let me try cutting at you,” Kari said, her gridelin eyes glittering in delight. As she struck Luke’s sword, the neat humming cylindrical beam of laser light that was Luke’s blade fell as one solid piece to the ground and began to eat itself inward and disappear, both ends vaporizing and fizzling, meeting in the middle and ending with a loud “pop!” “How did you do that?” Skywalker asked in amazement. “What’s your sword made of?” Kari smiled. “My sword is made of adamantine eternal belief. It both cut and resisted your blade because I shalled it to. I am she. All swordplay in the ’Halla exists on the edge of belief, something you will have to learn if you are to survive here whilst your sky-ship is being refitted and rigged out. Learn about the ’Halla, Luke.” Luke awkwardly grimaced. His lightsaber was an amazing piece of advanced technology and here this wispy backwater of a fencing lass had just “out-believed” him, making his well-ahead art of laser swordplay more primitive than the girl’s unadorned straightedge. He remembered Yoda’s words on failure and belief and felt stupid. The word Jedi was not in Kari’s vocabulary, Luke thought, but notwithstanding, she seemed more than a Jedi than he.

Unless you are an aspiring laser beam, your microwave won’t teach you anything. Use yours as a bookshelf, or to store gadgets you don’t use.

12. Bulls with Freaking Laser Beams

Elmwood UFO Capital of the World Stop through Elmwood at any time of year other than the last full weekend in July, and you’ll think the aliens have already come and gone … and took everyone with them! Not much seems to be happening in this sleepy little burg. But that hasn’t always been the case. The first UFO sighting near Elmwood occurred on March 2, 1975. A star-shaped light chased a local woman and eventually landed on her car’s hood when she stopped to get a better look. A year later, in April 1976, another fireball—this one the size of a football field—shot out a blue light beam that blasted all the sparkplugs in a police cruiser driven by officer George Wheeler. Little green men seem to have trained their laser sights on Elmwood. And Elmwood welcomes the extraterrestrial attention. A few years ago Tomas Weber of the UFO Site Center Corporation in Chippewa Falls proposed that a two-square-mile UFO landing pad be built near town. The price? Twenty-five million dollars. The project has yet to get off the ground, or on the ground. Nobody talks much about it anymore, perhaps due to some type of black-ops “shadow government” cover-up.

Rocky had only worked once with a man who stalked his ex-girlfriend, and he came to therapy because he was convinced that going to therapy would get his girlfriend back. She had been struck by the absolute singularity of his pursuit; he became a laser beam, breaking into his ex-girlfriend’s computer, accessing her e-mail, her post office box, even tapping into her parent’s phone messages.

LASER spotters were employed to visually monitor air traffic in the vicinity of the high powered LASER beam. The were typically young students and aged people that would take these temporary very high altitude jobs for some extra money. Some would become irritable as the night progressed. As far as I know, there has never been any long term monitoring of these people for health issues stemming from nighttime industrial LASER exposure or oxygen starvation.

So, instead of going right in, I lazily circled for just a moment before I decided to poke the wolf. And by poke, I meant a sudden flash of laser eyes right through his right arm. The big werewolf did try to duck away, but Matt wasn’t faster than the speed of light. The twin power beams blew through his arm, a shower of ruby drops following the burning light as it exploded out the other side. Not that he bled for long between his healing factor and the cauterization effect of the lasers. “I can’t believe it, folks!” Eric cried in overexaggerated alarm. “There’s blood in the ring! I repeat, there’s blood in the ring!” “Eric,” I heard Kristen mutter, “there is no ring.” He didn’t even care. “There’s blood. In. The. Riiiing!

He used his gay laser beams on you. His gayzer beams fried your brain. Turned you into a pussy.” “Okay,

My office is over here—” He stopped. Frowned. Looked about. Had to backtrack to the kitchen in order to find the various parties. Sola’s grandmother had her head in the Sub-Zero refrigerator, rather as if she were a gnome looking for a cool place in the summer. “Madam?” Assail inquired. She shut the door and moved on to the floor-to-ceiling cabinets. “There is nothing here. Nothing. What do you eat?” “Ah . . .” Assail found himself looking at the cousins for aid. “Usually we take our meals in town.” The scoffing sound certainly appeared like the old-lady equivalent of Fuck that. “I need the staples.” She pivoted on her little shiny shoes and put her hands on her hips. “Who is taking me to supermarket.” Not an inquiry. And as she stared up at the three of them, it appeared as though Ehric and his violent killer of a twin were as nonplussed as Assail was. The evening had been planned out to the minute—and a trip to the local Hannaford was not on the list. “You two are too thin,” she announced, flicking her hand in the direction of the twins. “You need to eat.” Assail cleared his throat. “Madam, you have been brought here for your safety.” He was not going to permit Benloise to up the stakes—and so he’d had to lock down potential collateral damage. “Not to be a cook.” “You have already refused the money. I no stay here for free. I earn my keep. That is the way it will be.” Assail exhaled long and slow. Now he knew where Sola got her independent streak. “Well?” she demanded. “I no drive. Who takes me.” “Madam, would you not prefer to rest—” “Your body rest when dead. Who.” “We do have an hour,” Ehric hedged. As Assail glared at the other vampire, the little old lady hitched her purse up on her forearm and nodded. “So he will take me.” Assail met Sola’s grandmother’s gaze directly and dropped his tone a register just so that the line drawn would be respected. “I pay. Are we clear—you are not to spend a cent.” She opened her mouth as if to argue, but she was headstrong—not foolish. “Then I do the darning.” “Our clothes are in sufficient shape—” Ehric cleared his throat. “Actually, I have a couple of loose buttons. And the Velcro strip on his flak jacket is—” Assail looked over his shoulder and bared his fangs at the idiot—out of eyesight of Sola’s grandmother, of course. Remarshaling his expression, he turned back around and— Knew he’d lost. The grandmother had one of those brows cocked, her dark eyes as steady as any foe’s he’d ever faced. Assail shook his head. “I cannot believe I’m negotiating with you.” “And you agree to terms.” “Madam—” “Then it is settled.” Assail threw up his hands. “Fine. You have forty-five minutes. That is all.” “We be back in thirty.” At that, she turned and headed for the door. In her diminutive wake, the three vampires played ocular Ping-Pong. “Go,” Assail gritted out. “Both of you.” The cousins stalked for the garage door—but they didn’t make it. Sola’s grandmother wheeled around and put her hands on her hips. “Where is your crucifix?” Assail shook himself. “I beg your pardon?” “Are you no Catholic?” My dear sweet woman, we are not human, he thought. “No, I fear not.” Laser-beam eyes locked on him. Ehric. Ehric’s brother. “We change this. It is God’s will.” And out she went, marching through the mudroom, ripping open the door, and disappearing into the garage. As that heavy steel barrier closed automatically, all Assail could do was blink.

Eventually, Edgard said, “She doesn’t know anything about me. Not even that we were roping partners. Not that we were…” He looked at Trevor expectantly. “No.” Trevor quickly glanced at the living room where Chassie was chattering away. “You surprised?” “Maybe that she isn’t aware of our official association as roping partners. There was no shame in that. We were damn good together, Trev.” The word shame echoed like a slap. As good as they were together, it’d never been enough, in an official capacity or behind closed doors. “What are you really doin’ here?” Edgard didn’t answer right away. “I don’t know. Feeling restless. Had the urge to travel.” “Wyoming ain’t exactly an exotic port of call.” “You think I don’t realize that? You think I wouldn’t rather be someplace else? But something…” Edgard lowered his voice. “Ah, f**k it.” “What?” “Want the truth? Or would you rather I lie?” “The truth.” “Truth between us? That’s refreshing.” Edgard’s gaze trapped his. “I’m here because of you.” Trevor’s heart alternately stopped and soared, even when his answer was an indiscernible growl. “For Christsake, Ed. What the hell am I supposed to say to that? With my wife in the next room?” “You’re making a big deal out of this. She thinks we’re friends, which ain’t a lie. We were partners before we were…” Edgard gestured distractedly. “If she gets the wrong idea, it won’t be from me.” “Maybe I’m gettin’ the wrong idea. The last thing you said to me when you f**kin’ left me was that you weren’t ever comin’ back. And you made it goddamn clear you didn’t want to be my friend. So why are you here?” Pause. He traced the rim of his coffee cup with a shaking fingertip. “I heard about you gettin’ married.” “That happened over a year ago and you came all the way from Brazil to congratulate me in person? Now?” “No.” Edgard didn’t seem to know what to do with his hands. He raked his fingers through his hair. His voice was barely audible. “Will it piss you off if I admit I was curious about whether you’re really happy, meu amore?” My love. My ass. Trevor snapped, “Yes.” “Yes, you’re pissed off? Or yes, you’re happy?” “Both.” “Then this is gonna piss you off even more.” “What?” “Years and miles haven’t changed anything between us and you goddamn well know it.” Trevor looked up; Edgard’s golden eyes were laser beams slicing him open. “It don’t matter. If you can’t be my friend while you’re in my house, walk out the f**kin’ door. I will not allow either one of us to hurt my wife. Got it?” “Yeah.” “Good. And I’m done talkin’ about this shit so don’t bring it up again. Ever.

Star Struck Our group visited the laser light show, an attraction mixing music and beams of bright colors as they formed constellations and abstract shapes. An awe-inspiring performance, but as it ended, I noticed the stranger, eyes still focused on me. I turned away quickly. “Look--over by the door. There he is again.” I gestured for my friend to sneak a peek in the direction of the man. “Where?” She squinted, her head pointed straight at him. “I don’t see him--maybe he left.” Frustration tinged my voice. “He’s right there--hasn’t moved an inch. He’s almost smiling at me now. Please don’t try to say I’m imagining him.” Fear mounted in me. Was I being stalked? I tucked the thought away, determined to enjoy this time with my companions, to relax in the gentle warmth of the sun. As our excursion neared its end, I glanced to the left, at the wall of a building, devoid of gates or doors of any sort. The man leaned against it, looking at me. This time I stared back, determined to show a bravery I didn’t feel. Hidden in pockets, my hands trembled. A calm smile and deep compassion shone on his face as we locked eyes for what felt like minutes, but probably lasted only seconds. Then--I don’t know how to explain it--it was as though a burst of conversation swept from his mind to mine. “Everything’s going to be all right.” I felt an intense warmth head to toe, as though embraced in a spiritual hug from the inside out. “There’s work ahead.” I took a deep breath, maintaining the eye contact, listening. He continued to smile with his eyes. “I’ll be watching.” I nodded slowly, softly. I understood. And felt safe. A friend tugged on my arm, pulling me toward another monument. I turned my head back for a glimpse of the man, but he was gone. I scanned the building once more, searching for openings he could have exited through. There were none. I shook my head. I knew I’d seen him. And he’d seen me. I was certain he was real. I still felt his warmth. We headed for home, my mind filled with questions about the man, and the message I’d somehow received. Reason fought against intuition. He was just an ordinary guy. Or was he? In the months to come, I overcame my fears and visited the doctor. I underwent three cardiac catheterization operations, and a successful triple-bypass surgery. Through them all, I knew I’d be al right. Years have passed since that day. But the peace he projected has remained with me. God sent me comfort in a way I needed, in a form I could understand and trust--an ordinary-looking man. He gave me the courage and the confidence to take care of my health problems. My angel. And even though I can’t see him, I know he’s still watching. I know things are going to be all right. How can I be so sure? Because there’s still work for me to do. He told me so. -Nancy Zeider

Radios, vacuum tubes, transistors, televisions, solar cells, coaxial cables, laser beams, microprocessors, computers, cell phones, fiber optics—all these essential tools of modern life descend from ideas originally generated at Bell Labs.

I appreciate that you’re all entertained by this…little surprise.” She swallowed hard and looked at Cooper as she added, “But there’s not going to be another McCrae wedding.” There was a collective groan from the audience, and someone shouted, “Come on, don’t break the guy’s heart.” Someone else added, “That’s cold, Kerry. Even for you.” She might have blanched a little at that. Cold. She wasn’t cold. She just wasn’t…overly friendly. At least not in the way some of the men in the place--and not only the single ones--hoped she’d be. “Come on now,” she said. “I’m not breaking anything here. You get what you see with me. No subterfuge, no leading anyone to believe anything that isn’t true. You all know that.” She didn’t bother looking at Hardy, though it couldn’t hurt to get him the message again, too. She did look at Cooper again, though, as she added, “Anyone who knows me, knows that.” His laser-beam gaze didn’t falter for even a blink. She drew in a steadying breath and pasted a big smile on her face. “So then,” she said, clapping her hands together and keeping her fingers woven tightly in front of her, her damp palms belying her I’m-so-in-control-here attitude. “The entertainment portion of the evening is over. Nothing to see here. Let’s shoot some pool, throw some darts, and a round for everyone, on the house.” That got the rousing cheer she knew it would and she quickly hopped down behind the bar and immediately began setting up glasses. She knew her grand--and not inexpensive--gesture would quiet them for a bit, but she also knew life in the Cove was going to be rife with all sorts of gossip for the next day or two, until something else came along to replace it on their juicy little grapevine. She had no idea where Fergus had suddenly gotten to and was surprised he hadn’t tried to orchestrate something, anything, between Kerry and Cooper. Hopefully with her little demonstration just now, he’d never have the chance.

Soovee?” I ask. “Did Mom make it so you can drive yourself?” “Correct.” “This is so cool!” says Trip. “Yesterday, Dr. Hayes mounted a range finder to my roof housing a 64-beam laser.” So that’s what she was doing when she was too busy to look at my rotten Spanish homework. “This laser allows me to generate a detailed 3-D map of my environment,” Soovee continues. “I will take that map and instantaneously overlay it on top of high-resolution, real-time traffic maps and produce all the data models I need to drive myself, and you, safely to school.” “But what if the police see me not driving?” asks Dad. “No worries,” purrs the car. “Mom also tinted the windshield. You can see out, but no one can see in. Why, you could fully recline your seat and take a quick nap.” Okay. I know what I want our new science project to be: Soovee—the self-driving electric car!

Her head practically swiveled, and her laser-beam stare honed in on Ryan, thoroughly scrutinizing him. He’d felt less violated after a TSA strip search.

police unearthed evidence that Aum were also developing a technique for enriching uranium, using laser beam equipment. Because Japan cannot eliminate the threat that this small but crazy group poses, this chapter has to question Japan's ability to deal with the much stronger one that North Korea, China,

By definition, a laser always moves at the speed of light. If you can see the beam, it’s already too late. The only way to dodge is to get out of the way before it’s fired.

Our analysis of the core proposition was flawed in one important regard: we allowed ourselves to be overly impressed by the science and spent too little time on the marketplace analysis. In fact, what we had was a solution looking for a problem—rather like the laser beam technology that sent so many people broke in the sixties and seventies before the market was ready for laser-based solutions. Beware of solutions looking for problems!

This does not mean that creative persons are hyperactive, always “on,” constantly churning away. In fact, they often take rests and sleep a lot. The important thing is that the energy is under their own control—it is not controlled by the calendar, the clock, an external schedule. When necessary they can focus it like a laser beam; when it is not, they immediately start recharging their batteries.

Once they discovered our solar-powered city, tucked high in the Sierra Oriental, I knew that the end was near. Stupidly, they attacked us, like a wild barbarian horde. We slaughtered them with laser beams and heat-seeking bullets. Instead of driving them away, that only whetted their appetite.

Successful business owners not only have compelling visions for their organizations, but also know how to communicate those visions to the people around them. They get everyone in the organization seeing the same clear image of where the business is going and how it’s going to get there. It sounds easy, but it’s not. Are your staff all rowing in the same direction? Chances are they’re not. Some are rowing to the right, some are rowing to the left, and some probably aren’t rowing at all. If you met individually with each of your employees and asked them what the company’s vision was, you’d likely get a range of different answers. The more clearly everyone can see your vision, the likelier you are to achieve it. Focus everyone’s energy toward one thing and amazing results will follow. In his book Focus, Al Ries illustrates the point in this way: The sun provides the earth with billions of kilowatts of energy, yet if you stand in it for an hour, the worst you will get is a little sunburn. On the other hand, a few watts of energy focused in one direction is all a laser beam needs to cut through diamonds.

With a laser beam focus on whatever your target is, you're more likely shrug off doubts and distractions and actually start committing to what needs to be done.

Turns out, Tokyo is a city of romantics, forgiveness, and graciousness. Since the Women Now! article published, stuffed bears, lanterns, origami, plates of dorayaki, and notes have been placed outside the gates. The guards bring them in by the armload, sifting through to make sure there are no security risks---like a kawaii doll with laser beams for eyes---and bring them to me. Its mostly from teenage girls. Their notes are in the shape of hearts and express their undying support of my non-relationship with Akio. There are other letters, too, from Japanese born abroad who identify with my story and who want to share their own. The response is overwhelming. I never thought I'd ignite such a flame. I'm committed to writing back to everyone who has left an address. Mr. Fuchigami does not like it. But he has left time in my schedule for me to respond. So there.

To probe the rolling currents, they used laser light. A beam shining through the water would produce a deflection, or scattering, that could be measured in a technique called laser doppler interferometry. And the stream of data could be stored and processed by a computer—a device that in 1975 was rarely seen in a tabletop laboratory experiment. Landau had said new frequencies would appear, one at a time, as a flow increased. “So we read that,” Swinney recalled, “and we said, fine, we will look at the transitions where these frequencies come in. So we looked, and sure enough there was a very well-defined transition. We went back and forth through the transition, bringing the rotation speed of the cylinder up and down. It was very well defined.

First, we look at how physical experiments create entangled particles. Then we look at how quantum gates create entangled qubits. The most commonly used method at this time involves photons. The process is called spontaneous parametric down-conversion. A laser beam sends photons through a special crystal. Most of the photons just pass through, but some photons split into two. Energy and momentum must be conserved—the total energy and momentum of the two resulting photons must equal the energy and momentum of the initial photon. The conservation laws guarantee that the state describing the polarization of the two photons is entangled.

Writing novels, to me, is basically a kind of manual labor. Writing itself is mental labor, but finishing an entire book is closer to manual labor. It doesn’t involve heavy lifting, running fast, or leaping high. Most people, though, only see the surface reality of writing and think of writers as involved in quiet, intellectual work done in their study. If you have the strength to lift a coffee cup, they figure, you can write a novel. But once you try your hand at it, you soon find that it isn’t as peaceful a job as it seems. The whole process—sitting at your desk, focusing your mind like a laser beam, imagining something out of a blank horizon, creating a story, selecting the right words, one by one, keeping the whole flow of the story on track—requires far more energy, over a long period, than most people ever imagine.

laser /lazɛʀ/ nm laser • faisceau ~ | laser beam • imprimante à ~ | laser printer

I took this picture about a month ago when he invited me to an animal shelter event his brokerage was holding. Except both him and the pets have laser beams shooting out of their eyes and the heading above it says ‘Ryan Fuller, Hallowsdeep’s most untrustworthy realtor. Don’t trust him around your house or your pussy.’ The laser beams from the cat’s eyes are setting homes on fire in the background.

The more clearly everyone can see your vision, the likelier you are to achieve it. Focus everyone’s energy toward one thing and amazing results will follow. In his book Focus, Al Ries illustrates the point in this way: The sun provides the earth with billions of kilowatts of energy, yet if you stand in it for an hour, the worst you will get is a little sunburn. On the other hand, a few watts of energy focused in one direction is all a laser beam needs to cut through diamonds.

There was a smell of nitric oxides as the air itself started to burn in the beam of the laser torch, and a steady sizzling as the fiery knife sliced towards secrets that had been hidden since the birth of man.

With great athletes, their eyes aren't searchlights. They aren't even spotlights. They are laser beams.

Attention fluctuates naturally because the human brain is constantly scanning the environment for new information, potential threats, opportunities for social contact, and more... Our attention is less like a laser beam (which can be pointed at any single specific point we desire) and more like a rotating lighthouse lantern, temporarily bathing individual rocks in light as it continues to spin across its surroundings.

My classmates were looking down at me, and their eyes were glittering like those of animals in a dark forest. Then they started blinking, and one by one they disappeared, until all that was left was Reiko’s eye, staring down at me and emitting this laser beam of light, only it was the opposite of light, because it was cold and black and empty. It grew bigger and bigger, pressing down, enveloping me and the whole world and everything in it, and the only way I could save the world was to plunge my little kitchen knife right into the pupil, and so I did. I closed my eyes and stuck the knife into the dark hole, over and over again, until I felt something tear.

He was apparently oblivious to the death threats I was getting via eye laser beams because he crossed the room without a single hesitation, wrapped his arms around me, picked me up, and spun me twice before setting me back down. Then, he kissed my cheek, and threw his arm around my shoulder like his dad had.