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quantum-tunneling-device

Experience quantum tunneling - the bizarre quantum effect that lets particles pass through barriers they shouldn't be able to cross. Discover how tunneling powers the Sun, enables flash memory, and makes atomic microscopes possible.

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Qu'est-ce que c'est ?

🎯 Conseils du simulateur

📚 Glossaire

QuantumTunneling
Particules traversant des barrières classiquement interdites
PotentialBarrier
Région où les particules classiques ne peuvent pas exister
WaveFunction
Description mathématique de l'état quantique
Probability
Risque de tunneling
STM
Microscope à effet tunnel
CoulombBarrier
Barrière de répulsion électrostatique entre charges
AlphaDecay
Désintégration radioactive émettant des particules alpha
JosephsonEffect
Tunneling de supercourant entre supraconducteurs
Exponential
La probabilité de tunneling diminue de façon exponentielle avec la largeur de la barrière

🏆 Personnages clés

George Gamow

Désintégration alpha expliquée via tunneling (1928)

Gerd Binnig

Co-inventeur du STM (Nobel 1986)

Heinrich Rohrer

Co-inventeur du STM (Nobel 1986)

Leo Esaki

Diode tunnel inventée (Nobel 1973)

Brian Josephson

Tunnellisation Josephson prévue (Nobel 1973)

💬 Message aux apprenants

{'encouragement': "You're learning about one of nature's most bizarre tricks. Tunneling seems impossible, yet it powers the Sun, enables your phone's memory, and lets us see individual atoms.", 'reminder': 'Tunneling is real and essential - not just a curiosity. Without it, chemistry, electronics, and even the Sun would work differently or not at all.', 'action': 'Build barriers in the simulator. Watch the wave function decay through. See how changing parameters affects tunneling probability.', 'dream': 'A physicist from Kenya might discover new tunneling applications. An engineer from Nigeria might design better tunneling devices. The quantum world is open to all curious minds.', 'wiaVision': 'WIA Pin Code believes quantum physics should inspire everyone. Tunneling shows that the universe is stranger and more wonderful than classical physics ever imagined.'}

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