I agree my information will be processed in accordance with the ENSEMBLE³ Privacy Policy.


Sign up for our newsletter

Email address added to mailing list. 
  • Please complete all fields!


Ensemble3 sp. z o.o.

01-919  Warsaw
133 Wólczyńska St.

NIP 1182211096

KRS 0000858669 

  1. pl
  2. en

Quantum Electromagnetics - Modeling the Nanoscale in the Real World

08 November 2022

The course  “Quantum Electromagnetics - Modeling the  Nanoscale in the Real World” will be organized by the ELEDIA Research 
Center at the University of Trento (ELEDIA@UniTN) in collaboration with  Prof. Amir BOAG of the Tel Aviv University. 


The course will take place at the Sala della Cultura @ Centro Rainalter, Via Pradalago 8, Madonna di Campiglio (Trento), Italy, in the


week 21-25  November 2022 and will have a hybrid model (on-site participants and on-line participants).  

Starting from a brief introduction to the theoretical foundations of the  quantum electromagnetics (QEM), the course lectures will deal with the study of the quantized EM field and radiation, their description through quantum Maxwell’s equation, and the modeling at the nano-scale through quantum numerical methods. In addition, selected examples of quantum technology as applied to real-world topical examples (e.g., quantum radar/lidar, quantum key distribution, and quantum computing for imaging and antenna design) will be overviewed. 


The course fee is: 

- 440 EUR for on-site participants coming from no-profit institutions; 
- 220 EUR for on-line participants coming from no-profit institutions; 
- 880 EUR for participants from industry and for-profit institutions. 


For the on-site participants, the fee includes the course teaching and  the material, lunches, coffee breaks, and social dinner. In all cases, 
video registrations of the classes will be available for 2 weeks after  the event. 


The final program of the course, including academic and industrial lectures, is available here: 



For more information on the registration, venue, lodging, and travel please visit the course web site: