Tagungsprogramm DKT 2023

Programmübersicht

Wir freuen uns, Sie auf der Deutschen Kristallzüchtungstagung begrüßen zu dürfen! Das Programm können Sie hier unter dem folgenden Link als PDF downloaden: 

 

 

 

 

Mittwoch, 15. März

 

12:00 - 13:00         Registration and Get together

13:00 - 13:10         OPENING

 

Session 1 - Diverse Themen

13:15 

13:55

(invited)

Prof. Daniel Vollprecht, MRM Augsburg

Ressourcen für die Kristallzüchtung

13:55

14:15

Dr. Sepehr Foroushani, IKZ Berlin

Heating efficiency and energy saving

potential of a model crystal growth furnace

14:15

-

14:35

Dr. Ekkehard Post, NETZSCH Gerätebau GmbH, Selb

Optimization and Characterization of

Crystalline Substances by Thermal Analysis

14:35

-

15:15

Dr. Pascal Puphal,

MPI für Festkörperphysik Stuttgart

Controlling physical ground states

of single crystals

 

 

15:15- 16:00       Coffee Break

 

Session 2 - Massive Halbleiter

16:00

-

16:40

(invited)

Dr. Thomas Straubinger, IKZ Berlin

Dislocation evolution in bulk aluminium

nitride crystals up to 1 inch investigated

by X-ray diffraction

16:40

-

17:00

Maik Förste, TU Bergakademie Freiberg

Growth and investigation of defect-rich

interlayers in GaN

17:00

-

17:20

Dr. Ulrich Bläß, IISB Erlangen

Considerations on the contribution of

different dislocation types and directions

on residualstress in HVPE-grown GaN

17:20 

-

17:40

Dr. Saskia Schimmel, Universität Erlangen

Transient conditions during ammonothermal

growth of GaN during the transition from

etch-back to growth conditions

 

 

18:00- 20:00       Mitgliederversammlung (General Assembly and dinner)

 

 

 

Donnerstag, 16. März

 

Session 3 - Intermetallika I

8:30

 -

8:50

Dr. Amir-Abbas Haghighirad,

KIT Karlsruhe,

Crystal Growth of Pnictide Superconductors

with Novel Electronic Order and Elastic Response

8:50

-

9:30

(invited)

Prof. Anna Böhmer,

Universität Bochum

Synthesis with volatile and reactive elements:

From binary towards quaternary chalcogenides

9:30

-

10:10

(invited)

Prof. Geetha Balakrishnan,

University of Warwick

Crystal growth and investigations

of skyrmion materials

 
 

10:10 - 10:45     Coffee Break

 

Session 4 - Massive Halbleiter II

10:45 

-

11:10

Prof. Wolfram Miller, IKZ Berlin

A coupled Computing of the

Dislocation Development during

the Czochralski Growth of Germanium

11:10

-

11:40

Dr. R. Radhakrishnan Sumathi,

IKZ Berlin

Point defects and dislocations

studies in high-purity Ge crystals

11:40

-

12:00

Aravind Subramanian,

IKZ Berlin

Investigating the microstructural defects in heavily-doped

Ge ingots using X-ray imaging techniques

 

 

12:00 - 13:20     Lunch

 

13:20 - 15:20     Poster Session

 

Session 5 - Epitaxie

15:30

-

16:10

(invited)

Dr. Andreas Popp, IKZ Berlin

Epitaxial Growth of (100) oriented β-Ga2O3 by MOVPE

16:10

-

16:30

Dr. Holger Bitterlich,

AIM Infrarotmodule

Epitaktische Abscheidung von HgCdTe

bei AIM Infrarot-Module GmbH

16:30

-

16:50

Prof. Michael Heuken, Aixtron

MOCVD Enabling Sustainable

Semiconductor Devices

16:50

-

17:10

Dr. Birgit Kallinger, Fraunhofer IISB

Benchmarking experiment of substrate quality

including SmartSiCTM wafers by epitaxy

in a batch reactor

 

 

18:45 - 23:00     Dinner – Brauhaus Riegele (Altes Faßlager)

 

 

 

Freitag, 17. März

Session 6 - Intermetallika II

9:15

-

9:55

Prof. Andrey Prokofiev, TU Wien

Crystal growth of candidate materials for

topological Kondo semimetals

9:55

-

10:15

Dr. Masahiko Isobe,

MPI für Festkörperforschung, Stuttgart

Crystal growth under high pressure

10:15

-

10:35

Dr. Seunghyun Khim, MPI CPfS, Dresden

Crystal growth of locally-noncentrosymmetric

intermetallic compounds in

the CaBe2Ge2-type structure

10:35

-

10:55

Coffee Break

10:55 

-

11:15

Prof. Cornelius Krellner, Universität Frankfurt

Isotopically pure YbRh2Si2 single crystals

with 171Yb, 173Yb, and 174Yb

11:15 

-

11:35

Prof. Richard Weihrich, MRM Augsburg

Co3Sn2S2 – vom Mineral X zum

Spintronic- und topologischen Supermaterial

 

 

11:35 - 11:50     Closing Remarks

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