73.3

Christopher Holmes

University of Southampton

Christopher Holmes has made significant contributions to the field of integrated optics through research in holographically fabricated gratings, dual-process Bragg grating inscription, and planar waveguide fabrication. These advancements enable precise control over light propagation and transmission in optical systems, with potential applications in quantum technologies, sensing, and telecommunications. By exploring materials science and spectroscopy, Holmes' work aims to improve the performance and functionality of integrated optical devices, such as fiber Bragg gratings and optical couplers, for use in high-speed data transmission and environmental monitoring. Their research also has broader implications for the development of resilient finance systems and conservation efforts.

Long-Period GratingsNanophotonic WaveguidesOptical InterconnectsOptofluidic TechnologyPreference ElicitationOptoelectronic IntegrationOptical FiberHabitat SelectionIntegrated CircuitsBoard-Level Optical InterconnectsCommunity-Based ConservationFiber LasersFiber Optic Sensors
Commercial signal 73.5
Scientific signal 71.9
Social signal 71.5
Papers 31
0 Patent-to-paper cites
626 Paper cites

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