Negative Thermal Expansion in Diamond Probed Using the Zero-Phonon Line of Silicon Vacancy Color Centers

Stephen M. Revesz; Adolfo Misiara; John B.S. Abraham; Edward S. Bielejec; Hebin Li; Michael Titze

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Negative Thermal Expansion in Diamond Probed Using the Zero-Phonon Line of Silicon Vacancy Color Centers

Stephen M. Revesz, Adolfo Misiara, John B.S. Abraham, Edward S. Bielejec, Hebin Li and Michael Titze

2024 Conference on Lasers and Electro-Optics (CLEO), pp.1-2

2024-05-05

Abstract

Color

Diamonds

Ion beams

Particle beam optics

Shape

Silicon

Temperature dependence

Temperature distribution

Thermal expansion

Thermal stability

We probed the negative thermal expansion of diamond via optical detection of ion beam implanted charged silicon vacancy centers and demonstrate optical stability across 5 orders of magnitude implantation fluence. © 2024 The Author( s)

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Title: Negative Thermal Expansion in Diamond Probed Using the Zero-Phonon Line of Silicon Vacancy Color Centers
Creators: Stephen M. Revesz - Florida International University,Department of Physics,Miami,FL,33199
Adolfo Misiara - Florida International University,Department of Physics,Miami,FL,33199
John B.S. Abraham - University of Missouri–Kansas City
Edward S. Bielejec - Sandia National Laboratories
Hebin Li - Florida International University,Department of Physics,Miami,FL,33199
Michael Titze - Sandia National Laboratories
Publication Details: 2024 Conference on Lasers and Electro-Optics (CLEO), pp.1-2
Publisher: Optica
Academic Unit: College of A&S; A&S - Physics
Language: English
Resource Type: Conference proceeding
Record Identifier: 991032796116002976