L'institut
FEMTO-ST
Département Optique
Kanhaya Sharma
Département Optique
Équipe OPTO
Équipe OPTO
CNRS
- Courriel :
- kanhaya.sharma [at] femto-st.fr
03 81 66 64 24
- Addresse :
-
TEMIS
15B avenue des Montboucons
25030 BESANCON cedex
Publications de Kanhaya SHARMA
2024 (5)
- inproceedings - Impression 3D par Polymerisation à deux photons : vers une intégration évolutive des réseaux 3D Photoniques.
/ Besançon, France (2024, Pages pages 1)
Genin, Victor | Puhalo-Smith, Jacob | Sharma, Kanhaya | Grabulosa, Adrià | Brunner, Danielressource | bibtex@inproceedings{5b94329c-cbb9-4a12-b734-30f125411e34, title = {Impression 3D par Polymerisation \`a deux photons : vers une int\'egration \'evolutive des r\'eseaux 3D Photoniques.}, author = {Genin, Victor and Puhalo-Smith, Jacob and Sharma, Kanhaya and Grabulosa, Adri\`a and Brunner, Daniel}, year = {2024}, address = {Besan\c{c}on, France}, editor = {}, month = {oct}, pages = {1}, url = {https://publiweb.femto-st.fr/tntnet/entries/20837/documents/author/data} } - inproceedings - High-density hybrid 3D optical integration to enable scalable photonic neural networks
Machine learning Photonics, Summer School Lake Como (2024) / Como, Italy (2024)
Sharma, Kanhaya | Grabulosa, Adrià | Jung, Erik | Brunner, Danieldoi | bibtex@inproceedings{a533f483-3a40-4f25-a72e-5636b2e1ee43, title = {High-density hybrid 3D optical integration to enable scalable photonic neural networks}, author = {Sharma, Kanhaya and Grabulosa, Adri\`a and Jung, Erik and Brunner, Daniel}, year = {2024}, address = {Como, Italy}, booktitle = {Machine learning Photonics, Summer School Lake Como (2024)}, editor = {}, month = {sep}, doi = {https://doi.org/10.1117/12.3022124} } - inproceedings - High-density hybrid 3D optical integration to enable scalable photonic neural networks
SPIE Optics&Photonics, Emerging Topics in Artificial intelligence (ETAI 2024) / San Diego, United States (Volume PC13118, 2024, Pages pages PC1311803)
Sharma, Kanhaya | Grabulosa, Adrià | Jung, Erik | Brunner, Danieldoi | bibtex@inproceedings{f59c8379-020c-4353-bdf5-a6c6efeed945, title = {High-density hybrid 3D optical integration to enable scalable photonic neural networks}, author = {Sharma, Kanhaya and Grabulosa, Adri\`a and Jung, Erik and Brunner, Daniel}, year = {2024}, address = {San Diego, United States}, booktitle = {SPIE Optics\&Photonics, Emerging Topics in Artificial intelligence (ETAI 2024)}, editor = {f59c8379-020c-4353-bdf5-a6c6efeed945-editor.pdf}, month = {aug}, pages = {PC1311803}, volume = {PC13118}, doi = {https://doi.org/10.1117/12.3026202} } - inproceedings - Three-dimensional integrated optical neural network
SPIE Photonics Europe (2024) / Strasbourg, France (Volume 13017, 2024, Pages pages 130170K (3))
Sharma, Kanhaya | Grabulosa, Adrià | Jung, Erik | Brunner, Danielressource | doi | bibtex@inproceedings{576edb6b-cc18-4e54-83e3-72c490590027, title = {Three-dimensional integrated optical neural network}, author = {Sharma, Kanhaya and Grabulosa, Adri\`a and Jung, Erik and Brunner, Daniel}, year = {2024}, address = {Strasbourg, France}, booktitle = {SPIE Photonics Europe (2024)}, editor = {}, month = {apr}, pages = {130170K (3)}, url = {https://publiweb.femto-st.fr/tntnet/entries/20868/documents/author/data}, volume = {13017}, doi = {https://doi.org/10.1117/12.3022124} } - inproceedings - Adaptative additive fabrication of parallel, high-performing 3D integrated optical interconnects
SPIE Photonics Europe (2024) / Strasbourg, France (Volume PC12995, 2024, Pages pages PC129950B)
Grabulosa, Adrià | Porte, Javier | Moughames, Johnny | Jung, Erik | Sharma, Kanhaya | Brunner, Danieldoi | bibtex@inproceedings{56eb26e4-76be-464f-91ef-c22de68600d7, title = {Adaptative additive fabrication of parallel, high-performing 3D integrated optical interconnects}, author = {Grabulosa, Adri\`a and Porte, Javier and Moughames, Johnny and Jung, Erik and Sharma, Kanhaya and Brunner, Daniel}, year = {2024}, address = {Strasbourg, France}, booktitle = {SPIE Photonics Europe (2024)}, editor = {56eb26e4-76be-464f-91ef-c22de68600d7-editor.pdf}, month = {apr}, pages = {PC129950B}, volume = {PC12995}, doi = {https://doi.org/10.1117/12.3022006} }









