Conference Manager
test7 test7
Manager
Organizer One
Manager dos
Carmen Bar Carmen
Manager tres
Poster prizes
Five prizes of 150€ by ACS Publications
pepe bernabeu, ramon beltram, jose ramoneda
Five prizes of 150€ by ACS Publications
Five prizes of 150€ by ACS Publications
Venue
Conference venue
World Trade Center BarcelonaMoll de Barcelona s/n, edifici Est, 1ª planta. 08039, Barcelona.info@conference.es
Organizers
test7 test7
Nacida en Mumbai en 1988, la Dra. Asha Sharma se reveló como un prodigio de la física teórica, fascinada desde niña por la danza del cosmos. Tras doctorarse en el MIT, desafió las convenciones, especializándose en la mecánica cuántica aplicada a la astrofísica.
Su trabajo más célebre, desarrollado a los 35 años, fue la "Teoría de la Inercia Oscilatoria", que propone una nueva comprensión de la materia oscura. Asha no es solo una investigadora brillante; es una divulgadora apasionada que utiliza las redes sociales para hacer accesible la complejidad del universo.
Actualmente, dirige el Instituto de Exploración de Partículas de Ginebra, donde sigue buscando una respuesta unificada a las preguntas más grandes de la física, inspirando a una nueva generación a mirar las estrellas.
Important Dates
You are invited to participate in the 12th International Conference on Hybrid and Organic Photovoltaics, from the 5th to the 8th of July 2020. For first time, the HOPV conference will be held in London, U.K., located centrally and close to many of London’s key sights and entertainment.
In these past ten years hybrid and organic solar cells have shown remarkable advances in terms of efficiency, lifetime, and processability, and are already finding initial commercial application. As such, they present both fascinating opportunities and challenges for scientific research and technological development. The main topics of this conference are the development, function and modeling of materials and devices for hybrid and organic solar cells, including perovskite solar cells, organic solar cells, quantum dot solar cells, and dye-sensitized solar cells, together with their integration into complimentary devices such as photoelectrochemical water splitting. Building upon success of the previous HOPV conferences, the conference will provide an excellent opportunity for scientists and engineers around the world to discuss the latest developments in hybrid and organic photovoltaics.
Following an environmentally-friendly initiative, HOPV20 adapts to new ways of diffusion and converts traditional Poster Session into an ePoster Session.
All ePosters will be available for viewing online to conference participants. Each ePoster can be presented through a Flash Talk and posted on Twitter in the ePoster Session. In addition, extended discussions and close conversations about the ePosters will take place in different meeting points inside the discussion spaces reserved.




Organizer One