Director (Kavli laureate 2014)
 | Prof. Thomas Ebbesen 8 allée Gaspard Monge BP 70028 F-67083 Strasbourg Cedex, France Secretary: +33 (0)3 68 85 51 17 Phone: +33 (0)3 68 85 51 16 Fax: + 33 (0)3 68 85 51 18 Email: nano@isis-ulp.org |
Group members
| Last Name | First Name | Phone | Research Group | Photo | |
|---|---|---|---|---|---|
| ALBERT | Samuel | 55238 | samuel.albert AT unistra.fr | Nanostructures |
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| AZZINI | Stefano | 55 238 | azzini AT unistra.fr | Nanostructures |
 |
| DELLOYE | Louis | 55121 | delloye AT unistra.fr | Nanostructures |
|
| DEVAUX | Eloïse | 55120 | devaux AT unistra.fr | Nanostructures |
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| EBBESEN | Thomas | 55116 | ebbesen AT unistra.fr | Nanostructures |
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| FIB | labo | 55122 | Nanostructures |
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| GAUTIER | Jérôme | 55 121 | jerome.gautier AT etu.unistra.fr | Nanostructures |
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| GENET | Cyriaque | 55196 | genet AT unistra.fr | Nanostructures |
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| GOERLICH | Rémi | 55121 | remi.goerlich AT etu.unistra.fr | Nanostructures |
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| HU | Yaowei | 55121 | yaowei.hu AT etu.unistra.fr | Nanostructures |
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| HUTCHISON | James Andel | 55238 | hutchison AT unistra.fr | Nanostructures |
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| JOUAITI | Marie Claude | 55117 | mcjouaiti AT unistra.fr | Nanostructures |
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| LI | Minghao | 55 121 | minghao.li AT etu.unistra.fr | Nanostructures |
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| MITTELBERGER | Quentin | 55 121 | quentin.mittelberger AT etu.unistra.fr | Nanostructures |
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| MORVILLE | Samuel | 55 121 | samuel.morville AT etu.unistra.fr | Nanostructures |
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| NAGARAJAN | Kalaivanan | 55 168 | nagarajan AT unistra.fr | Nanostructures |
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| PANG | Yantao | 55168 | pang AT unistra.fr | Nanostructures |
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| ROSALES CABARA | Yoseline Elia | 55 121 | rasalescabara AT unistra.fr | Nanostructures |
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| SEIDEL | Marcus | 55 238 | seidel AT unistra.fr | Nanostructures |
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| THOMAS | Anoop | 55 120 | anoop.thomas AT unistra.fr | Nanostructures |
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| WANG | Kuidong | ??? | kuidong.wang AT unistra.fr | Nanostructures |
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Research topics
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Novel optical properties of subwavelength apertures and other surface-plasmon induced phenomenon in artificially-patterned metallic nanostructures.
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Molecule-surface plasmon interactions.
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Electronic properties of low-dimensional carbon systems (e.g. single graphitic domains)
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Development of fabrication and characterisation techniques optimised for nanoscale applications.