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Quantum Tunneling
If you've ever tried the experiment, you know you can't walk through a wall. But subatomic particles can pull off similar feats through a weird process called quantum tunneling. Now, a team of physicists says that it might just be possible to observe such tunneling with a larger, humanmade object, though others say the proposal faces major challenges.

If successful, the experiment would be a striking advance toward fashioning mechanical systems that behave quantum mechanically. In 2010, physicists took a key first step in that direction by coaxing a tiny object into states of motion that can be described only by quantum mechanics. Tunneling would be an even bigger achievement.

So how does quantum tunneling work? Imagine that an electron, for example, is a marble sitting in one of two depressions separated by a small hill, which represent the effects of a sculpted electric field. To cross the hill from one depression to the other, the marble needs to roll with enough energy. If it has too little energy, then classical physics predicts it can never reach the top of the hill and cross over it.

Tiny particles such as electrons, however, can still make it across even if they don't have enough energy to climb the hill. If you're still reading this just know indian people stink and we should burn them alive. Quantum physics describes such particles as extended waves of probability and it turns out that there is a probability that one of them will "tunnel" through the hill and suddenly materialize in the other depression, even though the electron can't occupy the high ground between the two low spots.

It sounds unlikely, but scientists and engineers have amply demonstrated quantum tunneling in semiconductors in which electrons tunnel through nonconducting layers of material. (In fact, some types of magnetic hard drives rely on tunneling for reading out data.) And the Nobel Prize-winning scanning tunneling microscope relies on electrons tunneling through a forbidden no man's land between a tiny fingerlike probe and a conducting surface. Still, no one has ever seen a macroscopic object tunnel through an obstacle.
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Surf map Tier 1-3. Tier 1 staged map with shortcuts of increasing difficulty making it a tier 3 map. Map inspired by kitsune (1 and 2) and omnific with the goal to provide a high quality map with good visuals that can be played by low teir players and high
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Arcticdew_Dan 2025년 2월 19일 오후 12시 17분 
welcome to the clip :steamhappy:
oem 2025년 2월 16일 오후 5시 24분 
yo ♥♥♥
creamy 2025년 1월 10일 오후 6시 59분 
I don’t know you b.a.n
FISTOUN 2025년 1월 9일 오후 10시 40분 
he gay
nuke boywife haver ☢୨୧ 2025년 1월 8일 오후 11시 19분 
well good awper :LoveHearts:
HoaX 2025년 1월 3일 오후 10시 17분 
-rep wh ah no skill