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Teams

Researchers in the NP group, arranged by their research interests.

The links below group researchers by their project areas.

Active Plasmonics Researchers

Nanophotonics group members working on active plasmonics.

Active Plasmonics Researchers - Read More…

Plasmon Chemistry/Sensing Researchers

Nanophotonics group members working on plasmon chemistry/sensing.

Plasmon Chemistry/Sensing Researchers - Read More…

Micro Optical Systems Researchers

Nanophotonics group members working on micro optical systems.

Micro Optical Systems Researchers - Read More…

Cavity Plasmonics Researchers

Nanophotonics group members working on cavity plasmonics.

Cavity Plasmonics Researchers - Read More…

Biomimetics Researchers

Nanophotonics group members working on biomimetics.

Biomimetics Researchers - Read More…

Active Metamaterials Researchers

Nanophotonics group members working on active metamaterials.

Active Metamaterials Researchers - Read More…

Microcavities Researchers

Nanophotonics researchers working on microcavity research.

Microcavities Researchers - Read More…

Optical Growth Researchers

Nanophotonics group members working on optical growth.

Optical Growth Researchers - Read More…

Optofluidics Researchers

Nanophotonics group members working on optofluidics research.

Optofluidics Researchers - Read More…

Polymer Opals Researchers

Nanophotonics group members working on polymer opals.

Polymer Opals Researchers - Read More…

RSS Feed Latest news

Jeremy awarded a gold faraday medal

Jun 30, 2017

Jeremy Baumberg awarded 2017 Michael Faraday Medal and Prize

Jeremy Baumberg featured in issue of Research Horizons

Jun 30, 2017

Issue 33 features a video of Jeremy talking about how to train your drugs

Felix Benz wins Abdus Salam prize

Nov 29, 2016

NanoPhotonics researcher Felix Benz has been awarded the prestigious Abdus Salam prize. His work utilizes the strange properties of tiny particles of gold; light is concentrated down smaller than a single atom enabling a look at individual chemical bonds inside molecules, opening up new ways to study light and matter.

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