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clifford_a-_pickover_surfing_through_hyperspacebookfi-org

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66 <strong>surfing</strong> <strong>through</strong> hyperspace<br />

Figure 3.9 The mammalian brain seeks to expand its dimension to<br />

fulfill its biological purpose. For example, the huge 2-D surface of<br />

the brain is intricately folded to fill a 3-D volume so that its surface<br />

area will increase. If you laid all your brain cells end to end, they'd<br />

stretch around the world twenty-five times.<br />

call it a. probabilistic foam, or quantum foam. The froth contains holes<br />

to other regions in space and time."<br />

Sally taps on the dashboard. "Could these wormholes be connecting<br />

different areas of our same universe?"<br />

"Yes. In the foam, adjacent regions of space are continually stealing<br />

and giving back energy from one to another. These cause fluctuations in<br />

the curvature of space, creating microscopic wormholes. Who knows,<br />

someday civilizations might be able to use such wormholes to travel the<br />

universe."<br />

The tapping of Sally's fingers becomes more incessant. "But those<br />

wormholes are too tiny for people to use."<br />

"That's the problem, and why we might never be able to use a wormhole.<br />

We'd need a device that spews out something called exotic matter.

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