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Todo el día

Lugar: ICFO Auditorium & Online (Zoom)

ICFO INTERNATIONAL SCHOOL ON THE FRONTIERS OF LIGHT: New horizons in Quantum Materials

Quantum materials have macroscopic properties that are governed by interacting particles, or by entanglement, or giving rise to collective excitations known as quasiparticles. This school aims to direct our vision into a new horizon of science and technology based on quantum materials, from advanced superconducting materials, to van der Waals materials, moiré quantum matter, collective phenomena, strong light-matter interactions and more. The school will introduce advanced theoretical and experimental tools used to study quantum materials, and provide a glimpse of the wealth of potential applications, ranging from high-energy experimental and theoretical physics, to materials science and energy storage.

 

This 4-day international school will cover topics including: 2D Materials, van der Waals hetero-structures, twistronics, Near-field microscopy, STM, cavity QED materials engineering, topology, and quantum batteries.

The event will include lectures & seminars, discussion sessions, and student talks and posters where participants will have the opportunity to interact and present their own research.

The school is open to registration from interested students and researchers worldwide.

ICFO will offer up to 5 SPIE@ICFO Chair Travel Fellowships for selected students to attend the school.   

Two SPIE@ICFO Chair Research Internships to conduct a project with an ICFO research group are also available on a competitive basis to outstanding students selected to attend the school. 

Lectures and seminars will be broadcast online and are open to registration from interested students and researchers worldwide. 

 

Program: 

TIMEMonday 27Tuesday 28Wednesday 29Thursday 30
09:00ARRIVAL & WELCOME
10:00THE MAGIC OF ATOMICALLY THIN CRYSTALS
Eva Andrei

(Rutgers University)
VISUALIZATION AND SPECTROSCOPY OF STRONG INTERACTING ELECTRONS IN FLAT BANDS
Ali Yazdani
(Princeton University)
AVAILABLE RECORDED LECTURE VIDEO
LOCAL QUANTUM PROBES OF QUANTUM MATTER
Amir Yacoby
(Harvard University)
TOPOLOGY AND CHIRALITY
Claudia Felser

(Max Planck Institute)
AVAILABLE RECORDED LECTURE VIDEO
11:30COFFEECOFFEECOFFEECOFFEE
12:00THE MAGIC OF MOIRÉ QUANTUM MATTER
Pablo Jarillo-Herrero
(MIT)
PREDICTING AND PROBING CARRIER INTERACTIONS IN QUANTUM MATTER USING ELECTRON HYDRODYNAMICS
Prineha Narang
(Harvard University)
CAVITIES, 2D MATERIALS, AND SOME THOUGHTS ON SUPERCONDUCTIVITY
Marco Polini
(University of Pisa)
AVAILABLE RECORDED LECTURE VIDEO
ELECTRON-ELECTRON INTERACTIONS AND SUPERCONDUCTIVITY IN TWISTED BYLAYER GRAPHENE AND RELATED MATERIALS
Paco Guinea
(IMDEA Nanoscience)
AVAILABLE RECORDED LECTURE VIDEO
13:30LUNCHLUNCHLUNCHLUNCH
14:30OPTICAL TESTS FOR THE TIME REVERSAL SYMMETRY BREAKING IN UNCONVENTIONAL SUPERCONDUCTORS
Aharon Kapitulnik
(Stanford University)
CORRALATED PHASES AND CHIRALITY IN MULTILAYER GRAPHENE
Tobias Stauber
(ICMM)
AVAILABLE RECORDED LECTURE VIDEO

PROXIMITY PHENOMENA IN vdW MATERIALS
Sergio Valenzuela
(ICN2)
HYPERBOLIC ELECTRODYNAMICS OF ANISOTROPIC QUANTUM MATERIALS
Dimitri Basov
(Columbia University)
16:00COFFEECOFFEECOFFEE
16:30STUDENT TALKSSTUDENT TALKSSTUDENT TALKS
18:00SOCIAL ACTIVITY
20:00DINNER

About: 

International Schools on the Frontiers of Light aim at giving talented young researchers and students worldwide a first introduction to a thematic research area and a taste of an international research environment. These schools incorporate a dynamic and social learning environment beyond participating in lectures, including group discussions, direct interactions with the lecturers, student talks and poster presentations. 

ICFO does not tolerate any type of conduct or behavior considered harassment or bullying and has clear defined policies against harassment. 

 

Scientific Organisers:

ICREA Professor Dr Frank Koppens (ICFO), Prof Dr Robert Sewell (ICFO) and Prof Dr Pablo Jarillo-Herrero (MIT). 

 

**  This activity is co-financed by the European Union Regional Development Fund within the framework of the ERDF Operational Program of Catalonia 2014-2020 with the support of the Department de Recerca i Universitat, with a grant of 50% of the total eligible cost (GraphCAT 001-P-001702)

 

Todo el día

Lugar: ICFO Auditorium & Online (Zoom)

ICFO INTERNATIONAL SCHOOL ON THE FRONTIERS OF LIGHT: New horizons in Quantum Materials

Quantum materials have macroscopic properties that are governed by interacting particles, or by entanglement, or giving rise to collective excitations known as quasiparticles. This school aims to direct our vision into a new horizon of science and technology based on quantum materials, from advanced superconducting materials, to van der Waals materials, moiré quantum matter, collective phenomena, strong light-matter interactions and more. The school will introduce advanced theoretical and experimental tools used to study quantum materials, and provide a glimpse of the wealth of potential applications, ranging from high-energy experimental and theoretical physics, to materials science and energy storage.

 

This 4-day international school will cover topics including: 2D Materials, van der Waals hetero-structures, twistronics, Near-field microscopy, STM, cavity QED materials engineering, topology, and quantum batteries.

The event will include lectures & seminars, discussion sessions, and student talks and posters where participants will have the opportunity to interact and present their own research.

The school is open to registration from interested students and researchers worldwide.

ICFO will offer up to 5 SPIE@ICFO Chair Travel Fellowships for selected students to attend the school.   

Two SPIE@ICFO Chair Research Internships to conduct a project with an ICFO research group are also available on a competitive basis to outstanding students selected to attend the school. 

Lectures and seminars will be broadcast online and are open to registration from interested students and researchers worldwide. 

 

Program: 

TIMEMonday 27Tuesday 28Wednesday 29Thursday 30
09:00ARRIVAL & WELCOME
10:00THE MAGIC OF ATOMICALLY THIN CRYSTALS
Eva Andrei

(Rutgers University)
VISUALIZATION AND SPECTROSCOPY OF STRONG INTERACTING ELECTRONS IN FLAT BANDS
Ali Yazdani
(Princeton University)
AVAILABLE RECORDED LECTURE VIDEO
LOCAL QUANTUM PROBES OF QUANTUM MATTER
Amir Yacoby
(Harvard University)
TOPOLOGY AND CHIRALITY
Claudia Felser

(Max Planck Institute)
AVAILABLE RECORDED LECTURE VIDEO
11:30COFFEECOFFEECOFFEECOFFEE
12:00THE MAGIC OF MOIRÉ QUANTUM MATTER
Pablo Jarillo-Herrero
(MIT)
PREDICTING AND PROBING CARRIER INTERACTIONS IN QUANTUM MATTER USING ELECTRON HYDRODYNAMICS
Prineha Narang
(Harvard University)
CAVITIES, 2D MATERIALS, AND SOME THOUGHTS ON SUPERCONDUCTIVITY
Marco Polini
(University of Pisa)
AVAILABLE RECORDED LECTURE VIDEO
ELECTRON-ELECTRON INTERACTIONS AND SUPERCONDUCTIVITY IN TWISTED BYLAYER GRAPHENE AND RELATED MATERIALS
Paco Guinea
(IMDEA Nanoscience)
AVAILABLE RECORDED LECTURE VIDEO
13:30LUNCHLUNCHLUNCHLUNCH
14:30OPTICAL TESTS FOR THE TIME REVERSAL SYMMETRY BREAKING IN UNCONVENTIONAL SUPERCONDUCTORS
Aharon Kapitulnik
(Stanford University)
CORRALATED PHASES AND CHIRALITY IN MULTILAYER GRAPHENE
Tobias Stauber
(ICMM)
AVAILABLE RECORDED LECTURE VIDEO

PROXIMITY PHENOMENA IN vdW MATERIALS
Sergio Valenzuela
(ICN2)
HYPERBOLIC ELECTRODYNAMICS OF ANISOTROPIC QUANTUM MATERIALS
Dimitri Basov
(Columbia University)
16:00COFFEECOFFEECOFFEE
16:30STUDENT TALKSSTUDENT TALKSSTUDENT TALKS
18:00SOCIAL ACTIVITY
20:00DINNER

About: 

International Schools on the Frontiers of Light aim at giving talented young researchers and students worldwide a first introduction to a thematic research area and a taste of an international research environment. These schools incorporate a dynamic and social learning environment beyond participating in lectures, including group discussions, direct interactions with the lecturers, student talks and poster presentations. 

ICFO does not tolerate any type of conduct or behavior considered harassment or bullying and has clear defined policies against harassment. 

 

Scientific Organisers:

ICREA Professor Dr Frank Koppens (ICFO), Prof Dr Robert Sewell (ICFO) and Prof Dr Pablo Jarillo-Herrero (MIT). 

 

**  This activity is co-financed by the European Union Regional Development Fund within the framework of the ERDF Operational Program of Catalonia 2014-2020 with the support of the Department de Recerca i Universitat, with a grant of 50% of the total eligible cost (GraphCAT 001-P-001702)