Oral
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - 208
Oral
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - 144
Oral
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - 306
Oral
A. Sustainable energy conversion: from emerging materials to devices
> Mathematics Building - 107
Oral
G. Artificial Intelligence to accelerate the development of new advanced materials for energy
> Main Building - 206
Oral
I. Frontiers of imaging and spectroscopy in transmission electron microscopy
> Main Building - 213
Oral
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - 134
Oral
O. Topological textures in antiferroic and ferroic materials
> Main Building - 308
Oral
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - 412
Oral
Q. Group-IV semiconductor materials for nanoelectronics and cryogenic electronics
> Main Building - 309
Oral
T. Smart materials for nanoelectronics - nanophotonics & European Doctorate Network: PCAM (Physics and Chemistry of Advanced Materials) Summer School 2025
> Main Building - 219
Oral
U. Metal oxide nanomaterials for advanced optoelectronics and environmental applications
> Main Building - 315
Oral
V. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Oral
W. Defect-induced effects in low-dimensional and novel materials
> Main Building - 437a
Break
A. Sustainable energy conversion: from emerging materials to devices
> Main Building - Main Hall
Break
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - Main Hall
Break
I. Frontiers of imaging and spectroscopy in transmission electron microscopy
> Main Building - Main Hall
Break
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - Main Hall
Break
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Break
O. Topological textures in antiferroic and ferroic materials
> Main Building - Main Hall
Break
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - Main Hall
Break
Q. Group-IV semiconductor materials for nanoelectronics and cryogenic electronics
> Main Building - Main Hall
Break
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - Main Hall
Break
T. Smart materials for nanoelectronics - nanophotonics & European Doctorate Network: PCAM (Physics and Chemistry of Advanced Materials) Summer School 2025
> Main Building - Main Hall
Break
U. Metal oxide nanomaterials for advanced optoelectronics and environmental applications
> Main Building - Main Hall
Break
V. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - Main Hall
Break
W. Defect-induced effects in low-dimensional and novel materials
> Main Building - Main Hall
Oral
A. Sustainable energy conversion: from emerging materials to devices
> Mathematics Building - 107
Oral
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - 208
Oral
I. Frontiers of imaging and spectroscopy in transmission electron microscopy
> Main Building - 213
Oral
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - 144
Oral
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - 134
Oral
O. Topological textures in antiferroic and ferroic materials
> Main Building - 308
Oral
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - 412
Oral
Q. Group-IV semiconductor materials for nanoelectronics and cryogenic electronics
> Main Building - 309
Oral
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - 306
Oral
T. Smart materials for nanoelectronics - nanophotonics & European Doctorate Network: PCAM (Physics and Chemistry of Advanced Materials) Summer School 2025
> Main Building - 219
Oral
U. Metal oxide nanomaterials for advanced optoelectronics and environmental applications
> Main Building - 315
Oral
V. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Lunch
A. Sustainable energy conversion: from emerging materials to devices
> Main Building - Main Hall
Lunch
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - Main Hall
Lunch
I. Frontiers of imaging and spectroscopy in transmission electron microscopy
> Main Building - Main Hall
Lunch
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - Main Hall
Lunch
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Lunch
O. Topological textures in antiferroic and ferroic materials
> Main Building - Main Hall
Lunch
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - Main Hall
Lunch
Q. Group-IV semiconductor materials for nanoelectronics and cryogenic electronics
> Main Building - Main Hall
Lunch
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - Main Hall
Lunch
T. Smart materials for nanoelectronics - nanophotonics & European Doctorate Network: PCAM (Physics and Chemistry of Advanced Materials) Summer School 2025
> Main Building - Main Hall
Lunch
U. Metal oxide nanomaterials for advanced optoelectronics and environmental applications
> Main Building - Main Hall
Lunch
V. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - Main Hall
Lunch
W. Defect-induced effects in low-dimensional and novel materials
> Main Building - Main Hall
Oral
A. Sustainable energy conversion: from emerging materials to devices
> Mathematics Building - 107
Oral
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - 208
Oral
I. Frontiers of imaging and spectroscopy in transmission electron microscopy
> Main Building - 213
Oral
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - 144
Oral
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - 134
Oral
O. Topological textures in antiferroic and ferroic materials
> Main Building - 308
Oral
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - 412
Oral
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - 306
Break
A. Sustainable energy conversion: from emerging materials to devices
> Main Building - Main Hall
Break
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - Main Hall
Break
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - Main Hall
Break
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Break
O. Topological textures in antiferroic and ferroic materials
> Main Building - Main Hall
Break
P. 2D materials for magnetism and spintronics: from fundamentals to integrated technology
> Main Building - Main Hall
Break
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - Main Hall
Oral
A. Sustainable energy conversion: from emerging materials to devices
> Mathematics Building - 107
Oral
E. Materials discovery, modeling, and characterization for sustainable energy applications
> Main Building - 208
Oral
J. Unconventional materials and flexible electronics for sustainable technologies
> Main Building - 144
Oral
N. Synthesis and characterization of functional nanocomposite materials
> Main Building - 134
Oral
S. Nanomaterials of the future: advancements in energy and sensing
> Main Building - 306