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competition among them very often give rise to novel functionality. The
Department of Quantum Materials, led by Hidenori Takagi, is studying these interesting novel phases in transition metal oxides and related compounds where the narrow d-bands, which give rise to strong electron correlations, in combination with the rich chemistry of such materials provide excellent opportunities for new discoveries.
293:. Emphasis is laid on ion conductors (such as inorganic or organic proton, metal ion and oxygen ion conductors) and mixed conductors (typically perovskites). The research ranges from the exploration of basic mechanisms to the design of materials for electrochemical applications (batteries, fuel cells, sensors). Of special significance is the scientific foundation of the field Nanoionics.
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Entanglement of electrons in solids, in combination with details of the crystal lattice structure, produce a surprisingly rich variety of electronic phases, that are liquid, liquid-crystal and crystalline states of the charge and spin degrees of freedom. These complex electronic phases and the subtle
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Induced by quantum mechanical phenomena, heterostructures grown from complex materials offer a fascinating potential to create novel electron systems. Many have outstanding properties that are not otherwise found in nature. The design, growth, and exploration of such electron systems are at the focus
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The Lotsch department employs modern techniques of nanochemistry and combines them with classical methods of solid-state synthesis to develop materials with complex property profiles, including two-dimensional systems and layered heterostructures, porous frameworks, photonic nanostructures, and solid
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Research efforts in the
Department of Nanoscale Science, directed by Klaus Kern, are centered on nanometer-scale science and technology. The aim of the interdisciplinary research at the interface between physics, chemistry and biology is to gain control of materials at the atomic and molecular level,
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in highly correlated electronic materials are studied by spectroscopic and scattering techniques. Topics of particular current interest include the interplay between charge, orbital, and spin degrees of freedom in transition metal oxides, the mechanism of high-temperature superconductivity, and the
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The
International Max Planck Research School for Condensed Matter Science (IMPRS-CMS) is a joint program of the Max Planck Institute for Solid State Research (Max Planck Institut für Festkörperforschung) and the University of Stuttgart. The objective of the research school is research on condensed
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serves as a forum for cooperative research by bringing together scientists of the Max Planck
Society and the Ecole Polytechnique Federale de Lausanne (EPFL). The center explores novel scientific aspects of molecular nanostructures with a particular focus on new science relevant for sustainable
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Research at the Max Planck
Institute for Solid State Research is focused on the physics and chemistry of condensed matter, including especially complex materials and nanoscale science. In both of these fields, electronic and ionic transport phenomena are of particular interest.
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Several Max Planck
Institutes all across Germany contribute to the overall research activities in this very intriguing field, and the Max Planck Graduate Center for Quantum Materials builds on the complementary research activities at the participating institutes.
246:, quantum chemical and many-body methodologies. Ab initio methods (including density functional theory) will be applied to problems of interest in heterogeneous catalysis, surface chemistry, electrochemistry, and photochemistry.
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Directed by Walter
Metzner, Electronic properties of solids are analyzed and computed in the Department of Quantum Many-Body Theory with a main emphasis on systems where electronic correlations play a crucial role, such as
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control of electronic phase behavior in metal-oxide superlattices. The department also develops new spectroscopic methods such as high-resolution neutron spectroscopy and spectral ellipsometry.
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enabling the design of systems and devices with properties determined by quantum behavior on one hand and approaching functionalities of living matter on the other hand.
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is a collaborative venture between the Max Planck
Society (Germany), University of British Columbia (Canada), and the University of Tokyo (Japan).
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Dynamics of
Nanoelectronic Systems (Sebastian Loth, Collaboration with the Center for Free-Electron Laser Science, 2011–2018)
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The
Institute employs approximately 430 people, including 110 scientists, 90 PhD students and 70 guest scientists.
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Ultrafast Solid State Spectroscopy (Stefan Kaiser, junior professorship at the University of Stuttgart, since 2014)
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Tunneling Spectroscopy of Strongly Correlated Electron Materials (Peter Wahl, 2009–2014)
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electrolytes for applications in (photo)catalysis, sensing, and solid-state batteries.
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Max Planck Harvard Research Center for the Archaeoscience of the Ancient Mediterranean
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Under Joachim Maier, the Department of Physical Chemistry of Solids is concerned with
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Electronic Structure of Correlated Materials (Philipp Hansmann, 2015–2018)
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The Department of Solid State Spectroscopy is headed by Bernhard Keimer.
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X-ray spectroscopy of oxide heterostructures (Eva Benckiser, since 2014)
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Computational Quantum Chemistry for Solids (Andreas Grüneis, 2015–2018)
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Computational Approaches to Superconductivity (Lilia Boeri, 2009–2013)
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13 research groups have been established at the institute since 2005:
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of the Department of Solid State Quantum Electronics spearheaded by
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Theory of Semiconductor Nanostructures (Gabriel Bester, 2007–2014)
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Ultrafast Nanooptics (Markus Lippitz, junior professorship at the
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Nanoscale Functional Heterostructures (Ionela Vrejoiu, 2012–2015)
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Max Planck-EPFL Center for Molecular Nanoscience and Technology
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Max Planck-EPFL Center for Molecular Nanoscience and Technology
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matter using advanced experimental and theoretical methods.
201:. It is located on a campus in Stuttgart, together with the
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331:. Besides symmetry-breaking phase transitions leading to
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Max Planck Graduate Center for Quantum Materials (GC-QM)
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energy, chemical sensing and biomedical technologies.
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489:Max Planck-UBC-UTokyo Center for Quantum Materials
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428:Solid State Nanophysics (Jurgen Smet, since 2011)
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1214:Research Unit for Enzymology of Protein Folding
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222:The institute currently has eight departments.
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409:Organic Electronics (Hagen Klauk, since 2005)
191:Max Planck Institute for Solid State Research
82:Max Planck Institute for Solid State Research
909:Comparative Public Law and International Law
203:Max Planck Institute for Intelligent Systems
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195:Max-Planck-Institut für Festkörperforschung
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1153:Ultrafast Imaging and Structural Dynamics
914:Comparative and International Private Law
431:Nanochemistry (Bettina Lotsch, 2011–2016)
69:Learn how and when to remove this message
32:This article includes a list of general
16:Research institute in Stuttgart, Germany
799:Study of Religious and Ethnic Diversity
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809:Dynamics of Complex Technical Systems
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1133:Molecular and Cellular Life Sciences
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804:Dynamics and Self-Organization
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874:Immunobiology and Epigenetics
834:Friedrich Miescher Laboratory
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240:correlated electronic systems
1496:Materials science institutes
919:Social Law and Social Policy
774:Research on Collective Goods
281:Physical Chemistry of Solids
256:Collective quantum phenomena
7:
1501:Physics research institutes
1379:Christiane Nüsslein-Volhard
934:Mathematics in the Sciences
498:Emeritus scientific members
226:Electronic Structure Theory
100:; 55 years ago
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1455:Max Planck Digital Library
1184:Experimental Endocrinology
1095:Ernst Strüngmann Institute
1019:Molecular Plant Physiology
989:Physics of Complex Systems
984:Chemical Physics of Solids
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904:Tax Law and Public Finance
889:Innovation and Competition
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969:Neurobiology of Behavior
954:Terrestrial Microbiology
869:Science of Human History
314:Quantum Many-Body Theory
250:Solid State Spectroscopy
1123:Heart and Lung Research
1014:Plant Breeding Research
854:Heart and Lung Research
779:Colloids and Interfaces
734:Biological Intelligence
414:University of Stuttgart
329:transition metal oxides
53:more precise citations.
1448:Kaiser Wilhelm Society
1403:Emmanuelle Charpentier
1209:Psychological Research
959:Microstructure Physics
924:European Legal History
829:Neuroscience (Florida)
789:Biological Cybernetics
719:Art History (Florence)
306:. The group is led by
1491:Max Planck Institutes
1169:Behavioral Physiology
1088:Associated institutes
1079:Sustainable Materials
1069:Solar System Research
849:Gravitational Physics
839:Fritz Haber Institute
744:Molecular Biomedicine
521:Hans-Joachim Queisser
238:methods for treating
1325:Georges J. F. Köhler
1118:Evolutionary Biology
1074:Solid State Research
1054:Security and Privacy
1009:Molecular Physiology
824:Evolutionary Biology
794:Demographic Research
629:48.74667°N 9.08083°E
116:Scientific institute
949:Marine Microbiology
894:Intelligent Systems
699:Social Anthropology
625: /
244:Quantum Monte Carlo
159:Parent organization
153:Professor Ali Alavi
83:
1343:Johann Deisenhofer
1331:Klaus von Klitzing
1148:Organismal Biology
1059:Study of Societies
859:History of Science
844:Molecular Genetics
714:Art History (Rome)
675:Max Planck Society
516:Klaus von Klitzing
504:Ole Krogh Andersen
354:Scientific members
304:Klaus von Klitzing
199:Max Planck Society
164:Max Planck Society
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1385:Theodor W. Hänsch
1162:Former institutes
1138:Molecular Biology
1039:Psycholinguistics
879:Infection Biology
864:Human Development
739:Biology of Ageing
634:48.74667; 9.08083
583:"Research groups"
475:Max Planck Center
344:Quantum Materials
337:superconductivity
263:Nanoscale Science
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149:Managing Director
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1349:Robert Huber
1307:Feodor Lynen
1301:Karl Ziegler
1280:(since 2023)
1260:Hubert Markl
1194:Neurobiology
1179:Cell Biology
1073:
724:Biochemistry
709:Astrophysics
610:
598:
586:. Retrieved
577:
565:. Retrieved
556:
543:
488:
486:
480:
478:
469:
460:
452:
416:, 2006–2014)
404:
348:
317:
300:
284:
275:
266:
253:
229:
221:
218:Organization
212:
194:
190:
188:
175:(in English)
137:Headquarters
87:Abbreviation
65:
56:
37:
1367:Erwin Neher
1337:Ernst Ruska
1274:(2014–2023)
1268:(2002–2014)
1266:Peter Gruss
1262:(1996–2002)
1256:(1990–1996)
1250:(1984–1990)
1248:Heinz Staab
1244:(1972–1984)
1242:Reimar Lüst
1238:(1960–1972)
1232:(1948–1960)
1199:Ornithology
974:Ornithology
944:Meteorology
929:Mathematics
884:Informatics
632: /
535:(1984–2001)
533:Peter Wyder
529:(1974–2010)
527:Arndt Simon
523:(1970–1997)
512:(1998–2012)
506:(1978–2012)
491:<ref>
181:(in German)
51:introducing
1485:Categories
1223:Presidents
1034:Psychiatry
749:Biophysics
685:Institutes
617:48°44′48″N
548:References
370:Klaus Kern
327:and other
325:manganites
34:references
1230:Otto Hahn
764:Chemistry
704:Astronomy
360:Ali Alavi
333:magnetism
236:ab initio
232:Ali Alavi
193:(German:
143:, Germany
141:Stuttgart
130:chemistry
95:Formation
59:June 2023
620:9°4′51″E
588:15 April
567:15 April
321:cuprates
242:, using
1174:Biology
994:Physics
230:Led by
170:Website
126:physics
121:Purpose
103: (
90:MPI-FKF
47:improve
1435:(2023)
1429:(2022)
1423:(2021)
1417:(2021)
1411:(2020)
1405:(2020)
1399:(2014)
1393:(2007)
1387:(2005)
1381:(1995)
1375:(1995)
1369:(1991)
1363:(1991)
1357:(1988)
1351:(1988)
1345:(1988)
1339:(1986)
1333:(1985)
1327:(1984)
1321:(1973)
1315:(1967)
1309:(1964)
1303:(1963)
1297:(1954)
36:, but
590:2015
569:2015
487:The
479:The
289:and
189:The
128:and
113:Type
105:1969
98:1969
1487::
323:,
310:.
205:.
666:e
659:t
652:v
592:.
571:.
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66:(
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57:(
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