Laser-cut Patterned, Micrometer-thin Diamond Membranes with Coherent Color Centers for Open Microcavities
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arXiv
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| Format: | Preprint |
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2025
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| author | Herrmann, Yanik Brevoord, Julia M. Fischer, Julius Scheijen, Stijn Sauerzapf, Colin Codreanu, Nina Wienhoven, Leonardo G. C. van der Graaf, Yuran M. Q. Wolfs, Cornelis F. J. Méjard, Régis Ruf, Maximilian de Jong, Nick Hanson, Ronald |
| author_facet | Herrmann, Yanik Brevoord, Julia M. Fischer, Julius Scheijen, Stijn Sauerzapf, Colin Codreanu, Nina Wienhoven, Leonardo G. C. van der Graaf, Yuran M. Q. Wolfs, Cornelis F. J. Méjard, Régis Ruf, Maximilian de Jong, Nick Hanson, Ronald |
| contents | Micrometer-scale thin diamond devices are key components for various quantum sensing and networking experiments, including the integration of color centers into optical microcavities. In this work, we introduce a laser-cutting method for patterning microdevices from millimeter-sized diamond membranes. The method can be used to fabricate devices with micrometer thicknesses and edge lengths of typically 10 $μm$ to 100 $μm$. We compare this method with an established nanofabrication process based on electron-beam lithography, a two-step transfer pattern utilizing a silicon nitride hard mask material, and reactive ion etching. Microdevices fabricated using both methods are bonded to a cavity Bragg mirror and characterized using scanning cavity microscopy. We record two-dimensional cavity finesse maps over the devices, revealing insights about the variation in diamond thickness, surface quality, and strain. The scans demonstrate that devices fabricated by laser-cutting exhibit similar properties to devices obtained by the conventional method. Finally, we show that the devices host optically coherent Tin- and Nitrogen-Vacancy centers suitable for applications in quantum networking. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2506_20713 |
| institution | arXiv |
| publishDate | 2025 |
| record_format | arxiv |
| spellingShingle | Laser-cut Patterned, Micrometer-thin Diamond Membranes with Coherent Color Centers for Open Microcavities Herrmann, Yanik Brevoord, Julia M. Fischer, Julius Scheijen, Stijn Sauerzapf, Colin Codreanu, Nina Wienhoven, Leonardo G. C. van der Graaf, Yuran M. Q. Wolfs, Cornelis F. J. Méjard, Régis Ruf, Maximilian de Jong, Nick Hanson, Ronald Quantum Physics Optics Micrometer-scale thin diamond devices are key components for various quantum sensing and networking experiments, including the integration of color centers into optical microcavities. In this work, we introduce a laser-cutting method for patterning microdevices from millimeter-sized diamond membranes. The method can be used to fabricate devices with micrometer thicknesses and edge lengths of typically 10 $μm$ to 100 $μm$. We compare this method with an established nanofabrication process based on electron-beam lithography, a two-step transfer pattern utilizing a silicon nitride hard mask material, and reactive ion etching. Microdevices fabricated using both methods are bonded to a cavity Bragg mirror and characterized using scanning cavity microscopy. We record two-dimensional cavity finesse maps over the devices, revealing insights about the variation in diamond thickness, surface quality, and strain. The scans demonstrate that devices fabricated by laser-cutting exhibit similar properties to devices obtained by the conventional method. Finally, we show that the devices host optically coherent Tin- and Nitrogen-Vacancy centers suitable for applications in quantum networking. |
| title | Laser-cut Patterned, Micrometer-thin Diamond Membranes with Coherent Color Centers for Open Microcavities |
| topic | Quantum Physics Optics |
| url | https://arxiv.org/abs/2506.20713 |