Department Chemie
University of Munich
| Prof. Dr. Heinz Langhals Department Chemie University of Munich |
|
Curriculum vitae
| 27.11.1948 | Born in Altena/Westf., Germany. |
| 1967 - 1971 | Study of chemistry at the University of Münster; Germany. |
| 14.7.1969 | "Vordiplom" (bachelor) in chemistry at the University of Münster. |
| Bayer merit scholarship. | |
| 11.10.1971 | Diploma in organic chemistry at the University of Münster (C. Rüchardt). |
| 18.7.1974 | PhD in organic chemistry at the University of Freiburg i.Br./Germany (C. Rüchardt). |
| 1975 | Post doctorate at Ecole Normale Supérieure in Paris (Marc Julia). |
| 1976 - March 1977 | Post doctorate at the University of Zürich/Switzerland (Hanns Fischer). |
| Liebig scholarship. | |
| 1977 -17.12.1981 | "Habilitation" at the University of Freiburg i.Br. in organic chemistry. |
| 13.12.1983 | Werner von Siemens medal for young scientists. |
| 1.10.1984 | Professor of organic and macromolecular chemistry at the University of Munich/Germany (LMU). |
| September 2002 June 2004 |
Research at Bingmayong-Museum in Lintong/China;
subject: conservation of the polychromy of the first Chinese emperor's terracotta army. |
| July 2007 | Guest professor at ENS de Cachan/Paris (France). |
| Since July 2013 | Guest professor at JKU University in Linz (Austria). |
| 31.3.2014 | Termination of obligations at LMU because of pension age. |
| 1.4.2014 | Teaching and Research Fellow at JKU. |
| 1.11.2014-31.3.2015 | Johann Gottfried Herder scholarship (DAAD) for senior scientists at JKU. |
| 9.4.2015 | Award for industrial innovation in energy and environment |
| "INDUSTRIEPREIS 2015 Energie & Umwelt". | |
| 1.11.2015-31.3.2016 | Johann Gottfried Herder scholarship (DAAD) for senior scientists at JKU. |
| 28.11.2017 | Nominated for the award in the efficiency of resources |
| "Deutscher Rohstoffeffizienz-Preis 2017". | |
| Since April 2014 | Free R&D and teaching at the Universities LMU and JKU. |
Organic chemistry; dye chemistry (functional dyes): Preparation and investigation of highly stable fluorescent dyes; reaction mechanisms: Rearrangements; solvent effects: Polar properties of solvent mixtures; analytics: Water determination, fluorescent marker, fluorescent immunoassays; polymer chemistry: Polymeric natural products, conservation of archaeological objects d'art; recycling.
H. Langhals, 2024. - Impressum - Datenschutz - Kontakt
