Deadline for Abstract Submission
Invited Speakers
Covered Topics
- Novel Fabrication Techniques for Metaphotonics
- Integrated Metaphotonics
- Inverse Design, Machine Learning, and Optimization for Nanophotonics
- Metasurfaces and Metamaterials
- Neuromorphic Photonics
- Reservoir Computing
- Optical Computing
- Photonic Neural Networks
Important Dates
Registration and Schedule
Further Information
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Workshop Fee
The workshop fee for participants is €825, which includes accommodation, all meals, and airport transfers (to and from the airport). Invited speakers are charged €165 per day (all-inclusive) and only for the days they stay at the Ettore Majorana Centre (EMFCSC).
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Travel and Accommodation
- Reaching Erice is straightforward, as all transfers to and from the airport will be arranged by the Majorana Centre. Please note that transfers are provided exclusively from Palermo and Trapani airports. It is very important that your registration includes your arrival and departure details.
- A free wireless connection is available in various areas of the Majorana Centre.
- Erice is located 800 meters above sea level, making it cooler than coastal areas. The temperature can vary throughout the day and weather conditions can differ from coastal Sicily.
- Participants need no formal dress at any event, including the banquet.
Smoking is forbiddenSmoking is forbidden in all the facilities of the workshop venue Ettore Majorana Centre (San Rocco, San Domenico, San Francesco), including rooms. Likewise, restaurants in Erice are all no-smoking.
Conference Venue
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Antonio Calà Lesina/PhoenixD
Via Gian Filippo Guarnotti, 26
91016 Erice TP, Italy
Tel.: +39 012 345678
About the School
The International School on Physical Computing (ISOPC) is a permanent school of the Ettore Majorana Foundation and Centre for Scientific Culture in Erice, Italy. Launched as a workshop in 2022, ISOPC has evolved into a permanent school since 2025 under the direction of Prof. Antonio Calà Lesina (Leibniz University Hannover) and Prof. Wolfram Pernice (Heidelberg University).
Some of the challenges humanity is facing cannot be solved even by the fastest supercomputer on earth, and there is a growing demand for novel computing approaches. Physical Computing, in our definition, is the vision to employ physics itself for advanced information processing beyond what is possible today with analog and digital computing systems. Our school is driven by the vision that physical concepts, functional materials, and devices could be used to run computations directly in a material, in contrast to using logic gates as used in electronic systems. Prominent examples are neuromorphic computing with brain-inspired hardware, quantum computation in many-body systems, complex photonic integrated systems, and optical metamaterial hardware for implementing mathematical operations and advanced light processing.
School and Workshop Directors
Cluster of Excellence PhoenixD
Welfengarten 1A
30167 Hannover
Cluster of Excellence PhoenixD
Welfengarten 1A
30167 Hannover
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Tobias Schwerdt
Kirchhoff-Institute for Physics
Im Neuenheimer Feld 227
69120 Heidelberg
©
Tobias Schwerdt
Kirchhoff-Institute for Physics
Im Neuenheimer Feld 227
69120 Heidelberg
©
Stephan Spangenberg
Cluster of Excellence PhoenixD
Welfengarten 1A
30167 Hannover
©
Stephan Spangenberg
Cluster of Excellence PhoenixD
Welfengarten 1A
30167 Hannover