Explaining the So-Called ‘Casimir Force’ with Nonlinear Physics

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SFROC4Q3

Explaining the So-Called ‘Casimir Force’ with Nonlinear Physics

Prof. Maria Kuman
Prof. Maria Kuman
PhD
PhD
DOI

Abstract

In the article “A New Twist of the Quantum Vacuum” published in the October issue of Physics Today, 2019 (p. 74), the author Jeremy Munday [1] share the experiment he did with his research group – the results was published in 2018. They used a solid birefringent crystal of calcite, which has anisotropic optical properties. They deposited on it optically isotropic layer of aluminum oxide with thickness d = 30 nanometers or less. Then they deposited a layer of liquid crystal on top of the aluminum oxide.

Explaining the So-Called ‘Casimir Force’ with Nonlinear Physics

In the article “A New Twist of the Quantum Vacuum” published in the October issue of Physics Today, 2019 (p. 74), the author Jeremy Munday [1] share the experiment he did with his research group – the results was published in 2018. They used a solid birefringent crystal of calcite, which has anisotropic optical properties. They deposited on it optically isotropic layer of aluminum oxide with thickness d = 30 nanometers or less. Then they deposited a layer of liquid crystal on top of the aluminum oxide.

Prof. Maria Kuman
Prof. Maria Kuman
PhD
PhD

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Prof. Maria Kuman, PhD. 2020. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 20 (GJSFR Volume 20 Issue A5): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-A Classification: FOR Code: 020399p
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Explaining the So-Called ‘Casimir Force’ with Nonlinear Physics

Prof. Maria Kuman
Prof. Maria Kuman
PhD
PhD

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