Oral
J. Smart materials for advancing electronics & photonics
> Main Building - 219
Oral
A. Thin film chalcogenide photovoltaic materials
> Main Building - 231
Oral
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - 134
Oral
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - 412
Oral
E. Advanced ceramics for energy and environmental applications
> Main Building - 226
Oral
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - 213
Oral
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - 208
Oral
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Oral
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - 306
Oral
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - 315
Oral
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Faculty of Mathematics - 328
Oral
P. Boron Nitride: from advanced growth approaches to advanced applications
> Faculty of Mathematics - 101
Oral
Q. Defect-induced effects in low-dimensional and novel materials
> Faculty of Mathematics - 329
Oral
R. Synthesis and characterization of functional nanocomposite materials
> Faculty of Mathematics - 107
Oral
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - 437
Break
A. Thin film chalcogenide photovoltaic materials
> Main Building - Main Hall
Break
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - Main Hall
Break
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - Main Hall
Break
E. Advanced ceramics for energy and environmental applications
> Main Building - Main Hall
Break
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - Main Hall
Break
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - Main Hall
Break
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - Main Hall
Break
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - Main Hall
Break
J. Smart materials for advancing electronics & photonics
> Main Building - Main Hall
Break
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - Main Hall
Break
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Main Building - Main Hall
Break
P. Boron Nitride: from advanced growth approaches to advanced applications
> Main Building - Main Hall
Break
Q. Defect-induced effects in low-dimensional and novel materials
> Main Building - Main Hall
Break
R. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Break
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - Main Hall
Oral
A. Thin film chalcogenide photovoltaic materials
> Main Building - 231
Oral
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - 134
Oral
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - 412
Oral
E. Advanced ceramics for energy and environmental applications
> Main Building - 226
Oral
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - 213
Oral
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - 208
Oral
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Oral
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - 306
Oral
J. Smart materials for advancing electronics & photonics
> Main Building - 219
Oral
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - 315
Oral
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Faculty of Mathematics - 328
Oral
P. Boron Nitride: from advanced growth approaches to advanced applications
> Faculty of Mathematics - 101
Oral
Q. Defect-induced effects in low-dimensional and novel materials
> Faculty of Mathematics - 329
Oral
R. Synthesis and characterization of functional nanocomposite materials
> Faculty of Mathematics - 107
Oral
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - 437
Lunch
A. Thin film chalcogenide photovoltaic materials
> Main Building - Main Hall
Lunch
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - Main Hall
Lunch
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - Main Hall
Lunch
E. Advanced ceramics for energy and environmental applications
> Main Building - Main Hall
Lunch
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - Main Hall
Lunch
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - Main Hall
Lunch
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - Main Hall
Lunch
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - Main Hall
Lunch
J. Smart materials for advancing electronics & photonics
> Main Building - Main Hall
Lunch
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - Main Hall
Lunch
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Main Building - Main Hall
Lunch
P. Boron Nitride: from advanced growth approaches to advanced applications
> Main Building - Main Hall
Lunch
Q. Defect-induced effects in low-dimensional and novel materials
> Main Building - Main Hall
Lunch
R. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Lunch
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - Main Hall
Oral
A. Thin film chalcogenide photovoltaic materials
> Main Building - 231
Oral
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - 134
Oral
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - 412
Oral
E. Advanced ceramics for energy and environmental applications
> Main Building - 226
Oral
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - 213
Oral
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - 208
Oral
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Oral
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - 306
Oral
J. Smart materials for advancing electronics & photonics
> Main Building - 219
Oral
K. Ultra-doped semiconductors made by non-equilibrium processing for electronic, photonic and spintronic applications II
> Main Building - 327
Oral
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - 315
Oral
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Faculty of Mathematics - 328
Oral
P. Boron Nitride: from advanced growth approaches to advanced applications
> Faculty of Mathematics - 101
Oral
Q. Defect-induced effects in low-dimensional and novel materials
> Faculty of Mathematics - 329
Oral
R. Synthesis and characterization of functional nanocomposite materials
> Faculty of Mathematics - 107
Oral
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - 437
Oral
T. Advanced computational methods for materials design
> Main Building - 437a
Break
A. Thin film chalcogenide photovoltaic materials
> Main Building - Main Hall
Break
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - Main Hall
Break
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - Main Hall
Break
E. Advanced ceramics for energy and environmental applications
> Main Building - Main Hall
Break
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - Main Hall
Break
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - Main Hall
Break
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - Main Hall
Break
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - Main Hall
Break
J. Smart materials for advancing electronics & photonics
> Main Building - Main Hall
Break
K. Ultra-doped semiconductors made by non-equilibrium processing for electronic, photonic and spintronic applications II
> Main Building - Main Hall
Break
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - Main Hall
Break
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Main Building - Main Hall
Break
P. Boron Nitride: from advanced growth approaches to advanced applications
> Main Building - Main Hall
Break
Q. Defect-induced effects in low-dimensional and novel materials
> Main Building - Main Hall
Break
R. Synthesis and characterization of functional nanocomposite materials
> Main Building - Main Hall
Break
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - Main Hall
Break
T. Advanced computational methods for materials design
> Main Building - Main Hall
Oral
A. Thin film chalcogenide photovoltaic materials
> Main Building - 231
Oral
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - 134
Oral
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - 412
Oral
E. Advanced ceramics for energy and environmental applications
> Main Building - 226
Oral
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - 213
Oral
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - 208
Oral
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 309
Oral
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - 306
Oral
J. Smart materials for advancing electronics & photonics
> Main Building - 219
Oral
K. Ultra-doped semiconductors made by non-equilibrium processing for electronic, photonic and spintronic applications II
> Main Building - 327
Oral
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - 315
Oral
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Faculty of Mathematics - 328
Oral
P. Boron Nitride: from advanced growth approaches to advanced applications
> Faculty of Mathematics - 101
Oral
Q. Defect-induced effects in low-dimensional and novel materials
> Faculty of Mathematics - 329
Oral
R. Synthesis and characterization of functional nanocomposite materials
> Faculty of Mathematics - 107
Oral
S. Advanced modeling and characterization for sustainable energy and health solutions
> Main Building - 437
Oral
T. Advanced computational methods for materials design
> Main Building - 437a
Poster
A. Thin film chalcogenide photovoltaic materials
> Main Building - 237 (Small Hall)
Poster
C. Sustainable materials for chemical and electrochemical energy storage II
> Main Building - 237 (Small Hall)
Poster
D. Advanced Catalytic Materials for (photo)electrochemical energy conversion V
> Main Building - 237 (Small Hall)
Poster
E. Advanced ceramics for energy and environmental applications
> Main Building - 237 (Small Hall)
Poster
F. Photocharging materials, light driven ionics and their applications in energy conversion & storage
> Main Building - 237 (Small Hall)
Poster
G. Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals
> Main Building - 237 (Small Hall)
Poster
H. Integration of advanced materials on silicon: from classical to neuromorphic and quantum applications
> Main Building - 237 (Small Hall)
Poster
I. III-nitrides and their use in electronics and optoelectronics
> Main Building - 237 (Small Hall)
Poster
J. Smart materials for advancing electronics & photonics
> Main Building - 237 (Small Hall)
Poster
K. Ultra-doped semiconductors made by non-equilibrium processing for electronic, photonic and spintronic applications II
> Main Building - 237 (Small Hall)
Poster
L. Ultra-Wide-Bandgap Semiconductors challenges: from materials to devices
> Main Building - 237 (Small Hall)
Poster
N. Progress in structural, optical, dielectric and magnetic properties investigations of ferroics and multiferroics
> Main Building - 237 (Small Hall)
Oral
P. Boron Nitride: from advanced growth approaches to advanced applications
> Faculty of Mathematics - 101
Poster
Q. Defect-induced effects in low-dimensional and novel materials
> Main Building - 237 (Small Hall)
Poster
R. Synthesis and characterization of functional nanocomposite materials
> Main Building - 237 (Small Hall)
Poster
T. Advanced computational methods for materials design
> Main Building - 237 (Small Hall)