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very unexpected scientific findings.

      I want you to be fully prepared to absorb these findings and act on them in your own life, no matter how surprised you are by them! So here’s a quest to help you get ready.

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      QUEST 5: Palms Up!

      Trying to solve a problem? Want to learn something new? You can prime your brain to be more open to creative solutions and more receptive to surprising ideas. Here’s how.

      What to do: Turn your palms up, and leave them that way. You should start to notice a more open mindset in as little as fifteen seconds.

      Why it works: Turning our palms up triggers a powerful mind-body response. With our palms up, we adopt an “approach and consider” mindset. We’re less likely to reject or dismiss new information or ideas, and we’re better able to spot new opportunities and solutions. With palms down, however, we adopt a “refuse and resist” mindset. We’re more likely to reject new information and overlook creative ideas.

      It sounds like a simple action to have such a big effect, but the evidence is compelling: peer-reviewed research published by the American Psychological Association shows that out of seven different experiments on the palms-up phenomenon, all seven showed the same mind-opening effect.4

      Researchers theorize that this mind-body link stems from physical behaviors we exhibited thousands of years ago before we invented language.5 When we offer someone a helping hand, our palm is upturned. When we ask for help ourselves, or when we prepare to receive something, we also turn our hands up. And when we welcome someone into our arms, our palms are facing up. But when we want to reject something, we slap it away with our hands turned downward. When we push someone away, the palms are turned away from us as well.

      Through thousands of years of these gestures, we are biologically primed to associate upward palms with receptiveness and openness, downward palms with rejection and closing ourselves off.

      So before you read the next chapter, turn your palms upward for at least fifteen seconds. Do this right now. 15 . . . 14 . . . 13 . . .

      Quest complete: All done? Good job. You’re ready for some surprising science! And in the future, whenever you’re brainstorming, problem solving, or trying to wrap your head around some new information, remember the power you have to open your mind with a simple palms up.

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       You Are Stronger Than You Know

      Your Mission

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      Unlock the ability to control what you think and feel, even during extreme stress or pain

      Games are famously, perhaps even notoriously, attention grabbing. Players frequently become so immersed, they lose track of time and seem to ignore everything and everyone around them. Parents and spouses of gamers often complain that it’s nearly impossible to tear their loved ones away from their favorite games. But could the highly immersive quality of good games actually be a clue to how our attention works—and how we can better control it?

      In this chapter, we’ll look at video game research that reveals the power we have to prevent anxiety, depression, trauma, and physical pain, by learning to control our attention. Whether you struggle with any of these challenges currently, or you just want to increase your mental and emotional resilience, games provide the perfect platform for mastering life-changing attention skills. This chapter will show you the science behind attention control and teach you the practical, gameful techniques you can use to discover and develop your attention superpowers.

      Nothing hurts more than a severe burn injury. Doctors describe it as the most intense and prolonged pain a human being can experience. Naturally, burn patients receive powerful drugs during wound care, most commonly morphine. But the drugs aren’t very effective at alleviating this uniquely excruciating pain. Medical researchers have spent decades searching for something better. Is there anything that can treat the most severe pain in the world more effectively than the traditional morphine approach?

      Yes. And it’s a video game.

      Snow World is a 3-D virtual environment created by University of Washington researchers to help patients undergoing treatment for severe burns. Patients are given a virtual reality (VR) headset to wear and a joystick for navigating a virtual frozen ice world. There are ice caves to explore, snowballs to throw, and a whole landscape of winter delights to encounter. Patients wear their VR headset and play this game during the most painful part of burn treatment, while their wounds are being cleaned and redressed.

      Medical researchers have tested Snow World in clinical trials. Here’s what they learned: this VR game reduced pain by a whopping 30 to 50 percent. For the most severe burn patients, the game proved to have a bigger impact on their pain and overall suffering than the morphine they also received.1

      Better yet, Snow World players were able to almost entirely ignore whatever pain did remain. They reported being consciously aware of pain only 8 percent of the time. Compare this with traditional burn treatment: even with the highest doses of opiates that can be safely administered, patients typically report spending 100 percent of treatment time thinking about their excruciating pain.

      Simply by playing Snow World, patients discovered they were able to control what they were thinking and feeling an extraordinary 92 percent of the time. As a result, doctors have found that with the game, they can reduce the level of medication and dramatically improve pain management at the same time. And the benefits are more than psychological. When patients feel less pain, doctors are able to pursue more aggressive wound care and physical therapy—two factors that can speed up recovery and reduce medical costs. Most important, the patients feel more in control and suffer far less.2

      How exactly did a video game create such a powerful change? In scientific papers describing the game’s positive impacts, Snow World’s inventors, Dr. Hunter Hoffman and Dr. David Patterson, attribute its success to a well-established psychological phenomenon: the spotlight theory of attention.3

      According to this theory, human attention is like a spotlight. Your brain can process and absorb only a limited amount of new information at any given moment. So you focus on one source of information at a time, ignoring everything else. As a result, information everywhere competes constantly for your brain’s attention—sights, sounds, tastes, smells, thoughts, and physical sensations.

      What does this have to do with pain? The signals from your nerves that cause pain are just one of many competing streams of information. It’s a particularly compelling stream. Your nerves are sending signals to your brain to let you know that you’re injured—which is pretty important information! It makes perfect sense that without conscious intervention, you’d be more likely to focus your attention spotlight on these pain signals than just about any other source of information.

      But you’re not powerless against pain signals. In fact, if you learn to control your attention spotlight, you can actually stop your brain from spending its limited processing resources on pain signals from your nerves.

      For burn patients, that’s where Snow World comes in. In order to prevent pain signals from turning into a conscious awareness of pain, patients need to swing their spotlight of attention somewhere else—and keep it there. How? By deliberately monopolizing all their brain’s processing power with as challenging and information-rich a target as possible. Games, and particularly virtual worlds rich in 3-D imagery, serve this purpose perfectly. They require so much active attention, the patient runs out of cognitive resources to process the pain.

      This is exactly what

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