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・ Christophe Malavoy
・ Christophe Mallassinet
・ Christophe Mandanne
・ Christophe Manin
・ Christophe Maraninchi
・ Christophe Marchand
・ Christophe Marichez
・ Christophe Martin
・ Christophe Massina
・ Christophe Maé
・ Christophe Medaillon
・ Christophe Mendy
・ Christophe Mengin
・ Christophe Bühler
・ Christophe Calegari
Christophe Caloz
・ Christophe Capelle
・ Christophe Carayon
・ Christophe Caresche
・ Christophe Casa
・ Christophe Cazarelly
・ Christophe Caze
・ Christophe Chaptal de Chanteloup
・ Christophe Charles
・ Christophe Cheval
・ Christophe Claro
・ Christophe Clement
・ Christophe Cocard
・ Christophe Coin
・ Christophe Collignon


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Christophe Caloz : ウィキペディア英語版
Christophe Caloz

Christophe Caloz (born May 8, 1969, Sierre, Switzerland) is a researcher and professor of electrical engineering and physics at École Polytechnique de Montréal. He graduated from the Swiss Federal Institute of Technology in Lausanne, Switzerland, where he received a Diploma of electrical engineering in telecommunications in 1995 and a Ph.D in electromagnetics (photonic crystals) in 2000. From 2001 to 2004, he was a Postdoctoral Research Engineer at the Microwave Electronics Laboratory of University of California at Los Angeles, before joining the École Polytechnique de Montréal as the Canada Research Chair in (radio-frequency metamaterials ).
==Research==
Caloz has done pioneering contributions to the field of electromagnetic metamaterials and smart antennas over the past decade. His most recent advances in these areas include magnetless non-reciprocal metamaterials and electronically steered leaky-wave antennas for enhanced Wifi MIMO systems. In the past few years, he discovered giant Faraday rotation in graphene and subsequently demonstrated novel microwave and terahertz devices. Moreover, he introduced the paradigm of Radio Analog Signal Processing (R-ASP),〔Caloz, Christophe; Gupta, Shulabh; Zhang, Qingfeng; Nikfal, Babak (Sept. 2013). "Analog signal processing". ''IEEE Microwave Mag. ''14 (6): 97-103.〕 based novel dispersive delay structures that he called "phasers", which bear great promise to next-generation wireless communication systems.

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