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* {{cite web | author=H. Nikolic | url=http://arxiv.org/abs/quant-ph/0609163 | title=Quantum mechanics: Myths and facts }} |
* {{cite web | author=H. Nikolic | url=http://arxiv.org/abs/quant-ph/0609163 | title=Quantum mechanics: Myths and facts }} |
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* {{cite web | author=B. Crowell | url=http://www.lightandmatter.com/html_books/6mr/ch03/ch03.html | title=Light as a Particle | format=Web page | accessdate=December 10 | accessyear=2006 }} |
* {{cite web | author=B. Crowell | url=http://www.lightandmatter.com/html_books/6mr/ch03/ch03.html | title=Light as a Particle | format=Web page | accessdate=December 10 | accessyear=2006 }} |
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* E.H. Carlson, [http://physnet.org/home/modules/pdf_modules/m246.pdf ''Wave-Particle Duality: Light ''] on [http://www.physnet.org Project PHYSNET] |
* E.H. Carlson, [http://physnet.org/home/modules/pdf_modules/m246.pdf ''Wave-Particle Duality: Light '']{{Pranala mati|date=Maret 2021 |bot=InternetArchiveBot |fix-attempted=yes }} on [http://www.physnet.org Project PHYSNET] |
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* {{cite web | author=R. Nave | url=http://hyperphysics.phy-astr.gsu.edu/hbase/mod1.html | title=Wave-Particle Duality | format=Web page | work=HyperPhysics | publisher=Georgia State University, Department of Physics and Astronomy | accessdate=December 12 | accessyear=2005 }} |
* {{cite web | author=R. Nave | url=http://hyperphysics.phy-astr.gsu.edu/hbase/mod1.html | title=Wave-Particle Duality | format=Web page | work=HyperPhysics | publisher=Georgia State University, Department of Physics and Astronomy | accessdate=December 12 | accessyear=2005 }} |
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* {{cite web | author=Markus Arndt| year=2006 | url=http://www.quantum.at/typo/index.php?id=177&tx_jppageteaser_pi1=35 | title=Interferometry and decoherence experiments with large molecules | format=Web page | publisher=University of Vienna | accessdate=May 6 | accessyear=2006 }} |
* {{cite web | author=Markus Arndt| year=2006 | url=http://www.quantum.at/typo/index.php?id=177&tx_jppageteaser_pi1=35 | title=Interferometry and decoherence experiments with large molecules | format=Web page | publisher=University of Vienna | accessdate=May 6 | accessyear=2006 }} |
Revisi per 22 Maret 2021 03.06
Bagian dari seri artikel mengenai |
Mekanika kuantum |
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Dalam fisika dan kimia, dualitas gelombang-partikel menyatakan bahwa cahaya dan benda memperlihatkan sifat gelombang dan partikel. Konsep utama dalam mekanika kuantum, dualitas menyatakan kekurangan konsep konvensional seperti "partikel" dan "gelombang" untuk menjelaskan perilaku objek kuantum.
Ide awal dualitas berakar pada perdebatan tentang sifat cahaya dan benda sejak 1600-an, ketika teori cahaya yang saling bersaing yang diusulkan oleh Christiaan Huygens dan Isaac Newton.
Melalui hasil kerja Albert Einstein, Louis de Broglie dan lainnya, sekarang ini diterima bahwa seluruh objek memiliki sifat gelombang dan partikel (meskipun fenomena ini hanya dapat terdeteksi dalam skala kecil, seperti atom).
Lihat pula
Referensi
Pranala luar
- H. Nikolic. "Quantum mechanics: Myths and facts".
- B. Crowell. "Light as a Particle" (Web page). Diakses tanggal December 10.
- E.H. Carlson, Wave-Particle Duality: Light [pranala nonaktif permanen] on Project PHYSNET
- R. Nave. "Wave-Particle Duality" (Web page). HyperPhysics. Georgia State University, Department of Physics and Astronomy. Diakses tanggal December 12.
- Markus Arndt (2006). "Interferometry and decoherence experiments with large molecules" (Web page). University of Vienna. Diakses tanggal May 6.
- J. Jerome. "A logical explanation of the Wave-Particle Duality" (Web page and PDF file). Diakses tanggal December 1st.