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Program

Thursday, July 3rd

     

09:30

Opening

B.. Lotsch, H. Kageyama, B. Keimer

2D5

09:45

Opening Talk

Chair: Bettina V Lotsch (Max-Planck-Institute for Solid State Research)

Advances and Future Directions in the Synthesis of Mixed-Anion Compounds

Hiroshi Kageyama (University of Kyoto)

2D5

10:15

Design of Layered Fluorosulfides for Fluoride-Ion Conduction

Zhong Chengchao (Ritsumeikan University)

2D5

10:30

Coffee Break

Foyer

11:00-12:30

MS1: Dynamics in Future Materials
Chair: Sebastian Bette (Max-Planck-Institute for Solid State Research)

2D5

11:00

Photoluminescence for Molecular Machines and Devices

Ryojun Toyoda ( Tohoku University )

2D5

11:30

Functional Dynamics in Molecular Framework Materials

Simon Krause (Ulm University)

2D5

12:00

Atomic-Resolution Video Analysis of Phase Transitions: Insights and Beyond

Takayuki Nakamuro ( University of Tokyo )

2D5

12:30

Group Photo – Speakers and Attendees

MPI Garden

12:40

Lunch Break

 

13:30-15:15

MS2: Future Materials – Surface Effects and Thin Films
Chair: Hiroshi Kageyama (University of Kyoto)

2D5

13:30

Its all in the surface: Engineering of diamond materials for applications in quantum technology, biomedicine and catalysis

Anke Krüger (University of Stuttgart)

2D5

14:00

Advanced temperature programmed desorption up to 2100 °C as a new characterization technique for heteroatoms

Takeharu Yoshii ( Tohoku University )

2D5

14:30

Quantum materials by design

Eva Benckiser (Max-Planck-Institute for Solid State Research)

2D5

15:00 TBA
Roman Maag (Technobis)
2D5

15:15

Coffee Break

Foyer

15:45-17:45

MS3: Future Materials Design
Chair: Sebastian Bette (Max-Planck-Institute for Solid State Research)

2D5

15:45

Design of aluminum alloys strengthened by Al 6 Fe metastable phase formed in laser additive manufacturing

Naoki Takata ( Nagoya University )

2D5

16:15

Crystal Orbital Design for High-Performance Future Organic Conductors: Modeling the Doped PEDOT Family

Tomoko Fujino ( University of Tokyo )

2D5

16:45

Teaching old materials new tricks: From hybrid reticular frameworks to optoionic carbon nitrides

Bettina V. Lotsch (Max-Planck-Institute for Solid State Research)

2D5

17:15 2D5

 

Friday, July 4th

09:15 - 10:30

MS4: Redox Chemistry of Future Materials
Chair: Sebastian Bette (Max-Planck-Institute for Solid State Research)

2D5

09:15

Toward Future Materials: Redox Switching of Organic Molecules with Strained Bonds

Yusuke Ishigaki ( Hokkaido University )

2D5

09:45

Controlling Composition and Structure of Crystalline Solids via Electrochemistry

Bertold Rasche (University of Stuttgart)

2D5

10:15

Revealing short-range order of beam sensitive materials by state-of-the-art transmission electron microscopy
Julius Bürger (Jeol)

2D5

10:30

Coffee Break

Foyer

11:00 - 12:30

MS5: Quantum and Magnetic Future Materials
Chair: Hiroshi Kageyama (University of Kyoto)

2D5

11:00

Design of spin-orbit entangled phases in 5d/4d transition metal compounds

Hidenori Takagi (Max-Planck-Institute for Solid State Research)

2D5

11:30

Chemical Pathways to Complex van-der-Waals Chromium Chalcogenide Magnets

Fabian von Rohr (University of Geneva)

2D5

12:00

Design of emergent field and functionality, based on crystal and magnetic structure

Aki Kitaori ( University of Tokyo )

2D5

12:30

Lunch Break

 

13:30 - 15:00

MS6: Future Materials for Sustainable Applications
Chair: Bettina V Lotsch (Max-Planck-Institute for Solid State Research)

2D5

13:30

Opportunities and Challenges in Hybrid Material Concepts for Solid-State Batteries

Nella Vargas Barbosa (University of Bayreuth)

2D5

14:00

Fluoride Ion Batteries meet the Fermi Level - Rencontre Imprévue

Oliver Clemens (University of Stuttgart)

2D5

14:30

Local structures and strain in ionic conductors

Wolfgang Zeier (University of Münster)

2D5

15:00

Coffee Break

Foyer

15:30 - 17:00

MS7: Future Materials Synthesis and Transformation
Chair:   Sebastian Bette (Max-Planck-Institute for Solid State Research)

2D5

15:30

Design of High-Performance Iron Catalysts for Green Sustainable Molecular Transformations

Takato Mitsudome ( Osaka University )

2D5

16:00

Bulk amorphous alumina synthesized using high-pressure technique

Hideki Hashimoto ( Kogakuin University )

2D5

16:30

New mechanical functionality using diffusional phase transformation in metallic materials

Masaki Tahara ( Tokyo Institute of Technology )

2D5

17:00

Closing

B. Lotsch, H. Kageyama, B. Keimer

2D5

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