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Materials for Quantum Technologies: Computing, Information, and Sensing

In recent years, there has been a surge of interest in devices that leverage quantum phenomena. Quantum-based devices are poised to move into a variety of fields including computing, sensing, and communication. In order to create quantum technologies that work at room temperature and resist decoherence, new materials and new platforms are required. This Special Topic on Materials for Quantum Technologies will allow researchers in this rapidly expanding and evolving field to share their most recent results.

Guest Editors: Stephanie Law and Servaas Kokkelmans

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Stephanie Law; Servaas Kokkelmans
Chang-Eun Kim; Keith G. Ray; Vincenzo Lordi
Arunangshu Debnath; Angel Rubio
Dongmin Pak; Haechan An; Arindam Nandi; Xiaodong Jiang; Yi Xuan; Mahdi Hosseini
Hyoung Gyun Kim; Ventaka Raveendra Nallagatla; Deok-Hwang Kwon; Chang Uk Jung; Miyoung Kim
Nao Harada; Alban Ferrier; Diana Serrano; Mauro Persechino; Emrick Briand; Romain Bachelet; Ian Vickridge; Jean-Jacques Ganem; Philippe Goldner; Alexandre Tallaire
Kathryn E. Sautter; Kevin D. Vallejo; Paul J. Simmonds
Pingping Chen; Xinya Wang; Y. Luan; Zhe Fei; Brice Lacroix; Shuting Lei; Suprem R. Das
Ryan M. Stein; M. D. Stewart, Jr.
Shuntaro Ishizu; Kento Sasaki; Daiki Misonou; Tokuyuki Teraji; Kohei M. Itoh; Eisuke Abe
Manuel Ocegueda; Serguei Stepanov; Jordan I. Díaz; Nayeli Casillas; Eliseo Hernández; Priscilla Iglesias
C. J. K. Richardson; A. Alexander; C. G. Weddle; B. Arey; M. Olszta
Di Jin; Ying Guo; Yijun Wang; Duan Huang
Gaëtan Gras; Nigar Sultana; Anqi Huang; Thomas Jennewein; Félix Bussières; Vadim Makarov; Hugo Zbinden
Raghav Chaudhary; Varun Raghunathan; Kausik Majumdar
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