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room-temperature-superconductor

Explore superconductivity - the quantum phenomenon of zero electrical resistance and perfect diamagnetism. Understand why room-temperature superconductors would revolutionize technology and the quest to achieve them.

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🎯 Tips Simulator

📚 Glosarium

Superconductivity
Keadaan resistansi nol di bawah suhu kritis
MeissnerEffect
Pengusiran medan magnet dari superkonduktor
CooperPairs
Elektron berpasangan bertanggung jawab atas superkonduktivitas
CriticalTemperature
Suhu di bawah terjadinya superkonduktivitas
BCSTheory
Teori superkonduktivitas Bardeen-Cooper-Schrieffer
Cuprates
Superkonduktor Tc tinggi tembaga-oksida
TypeI
Superkonduktor dengan pengusiran lapangan lengkap
TypeII
Superkonduktor memungkinkan pusaran fluks
Hydrides
Superkonduktor tekanan tinggi yang kaya hidrogen
SQUID
Perangkat Interferensi Kuantum Superkonduktor

🏆 Tokoh Utama

Heike Kamerlingh Onnes

Menemukan superkonduktivitas (1911)

Bardeen, Cooper, Schrieffer

Teori BCS (Nobel 1972)

Bednorz & Müller

Superkonduktor Tc tinggi (Nobel 1987)

Paul Chu

YBCO (pertama di atas 77 K)

💬 Pesan untuk Pelajar

{'encouragement': "You're learning about one of physics' most remarkable phenomena and one of technology's most sought-after goals. Room-temperature superconductivity could change civilization.", 'reminder': 'The quest continues. Despite LK-99 not working out, researchers worldwide are still searching. The next breakthrough could come from anywhere.', 'action': 'Watch the Meissner effect in the simulator. See Cooper pairs form. Understand why this phenomenon is so special and why the quest continues.', 'dream': 'A physicist from Kenya might discover the key to room-temperature superconductivity. A materials scientist from Nigeria might synthesize the breakthrough material. This discovery will change everything.', 'wiaVision': 'WIA Pin Code believes understanding superconductivity should be global. The dream of lossless energy transmission could transform developing nations most of all.'}

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