PIERS 2016 in Shanghai
[EM Wave]

Progress In Electromagnetics Research Symposium 

PIERS 2016 in Shanghai, China, 8 August - 11 September, 2016

Quick Links

PIERS Guidelines  
Paper Submission  
Session Organization  
PIERS Exhibition  
PIERS Shortcourse  
PIERS Gallery  
PIERS2016 Organization  
PIERS2016 Sponsors  
Author Login
Reviewer Login
Recent PIERS
PIERS2019 in Xiamen
PIERS2019 in Rome
PIERS2018 in Toyama
PIERS2017 in Singapore
PIERS2017 in St. Petersburg
PIERS2016 in Shanghai
PIERS2015 in Prague
PIERS2014 in Guangzhou
PIERS2013 in Stockholm
PIERS2013 in Taipei
PIERS2012 in Moscow
PIERS2012 in Kuala Lumpur
PIERS2011 in Suzhou
PIERS2011 in Marrakesh
PIERS2010 in Cambridge
PIERS2010 in Xi'an
PIERS2009 in Moscow
PIERS2009 in Beijing
PIERS2008 in Cambridge
PIERS2008 in Hangzhou
PIERS2007 in Prague
PIERS2007 in Beijing

PIERS2016 Shanghai Focus/Special Sessions  
SC3: New Frontiers in Quantum Photonics
Organized by Prof. Zhimin Shi (University of South Florida) and Dr. Christoph Marquardt (Max Planck Institute for the Science of Light)
Session's Information:
This session is focused at recent advances in the research field of quantum photonics. The quantum nature of light has triggered an enormous amount of attention recently, both in terms of exploring the fundamental physics of quantum mechanics as well as novel photonics applications that have unprecedented performance. Exploring and understanding the quantum mechanical properties of light is expected to bring new dimensions to modern photonic and quantum technologies. Exploiting novel means to generate, manipulate and detect quantum states of light not only facilitates the fundamental studies, but also paves the way towards practical applications of quantum light in diverse fields, such as cryptography, computing, secure communications and imaging.

The topics of this session include but are not limited to the following:
- Quantum Information and Entanglement
- Quantum Nonlocality and Teleportation
- High-Dimensional and Continuous Variable Quantum Systems
- Strongly Interacting Photons, Cavity QED with Real and Artificial Atoms
- Many-Body Entanglement and Dynamics
- Quantum Photon Sources at Room Temperature.
- Quantum Metrology and Sensing
- Quantum Key Distribution and Secure Quantum Communication
- Quantum Computing and Cryptography
- Quantum Imaging

Organizer's Information:

  • Prof. Zhimin Shi
    University of South Florida

  • Dr. Christoph Marquardt
    Max Planck Institute for the Science of Light

                                                                          Contact PIERS OFFICE: office@piers.org