Les résumés peuvent être soumis et présentés en langue française ou anglaise.
Abstracts may be submitted and presented in English or French language.
NETPORE
INVITED SPEAKERS
Julien Bachmann – The University of Erlangen Systematic build of a macroporous model system to test the inherent activity of SCALMS catalysts
Stephane Bastide - Institut de Chimie et des Matériaux, Paris-Est, ICMPE – CNRS – UPEC Photo/electrooxidation of urea in urine for wastewater treatment and hydrogen production.
Roselien Vercauteren - VOCSens Porous silicon membranes and their application to indirect bacterial detection
Helder Almeida Santos - University of Helsinki Porous silicon-based nanoparticles for boosting cancer antitumor immunity and mitochondria-targeting for reactive oxygen species generation
We are happy to welcome you to the 6th SCOPe conference days, which will be held in Louvain-La-Neuve, Belgium on November 9-10th, 2023.
The objective of these conference days is to bring together the European actors involved in research on porous semiconductors and oxides and their applications.
This 6th edition of the SCOPe conference days will be an opportunity for our community to share our latest advances in the field and to promote the young scientists.
Doctoral and post-doctoral students will be given priority for oral presentation.
Topics:
Development, manufacturing techniques, structures
Luminescence and photonics
Microelectronics
Systems and integration
Functional coatings
Sensors
Photovoltaic
Electrode materials, energy, conversion, storage
Medical imaging, therapy
REGISTRATION FEES
Students, PhD-fellow : 80€
Academics : 120€
Industrials : 230€
*Registration fees cover cofee breaks, 2 lunches.
PRESENTATION
A new interest in porous semiconductors has emerged in the scientific community in the 90s, notably thanks to the discovery of the photoluminescence of porous silicon. Electrochemical processes have become leading methods for the nano-structuration of most semiconductors (Si, GaAs, InP, etc) and have enabled the generation of self-ordered porous networks (Al2O3, TiO2, etc). They have therefore been widely studied as they have opened up prospects for the manufacture of nano-objects with new properties, in particular electronic and optical. Subsequently, potential applications for such structures have increased in various fields including opto- and microelectronics, systems, sensors, energy and nanomedicine.
Nowadays, porous semiconductors are at the heart of the scientific interests of many research teams around the world, attracting the attention of chemists, physicists, biologists and clinicians.