Dein Suchergebnis zum Thema: danger

This year, the Lindau Nobel Laureate Meetings took place as in-person event again after having been forced to switch to a digital format for the past two years due to the Covid-19 pandemic. The small town on Lake Constance has been the venue for the annual meeting of top scientists since 1951. For a whole week, there are lectures, discussions and social events where young scientists can talk to the stars of the scene. Five NobelPrize Laureates from the Max Planck Society participated, as well as 22 young researchers from Max Planck Institutes who successfully passed a rigorous multi-stage application and selection process. This year’s meeting was dedicated to the subject of chemistry.
Stefan Hell took the time to answer many questions, also pointing out the dangers

This year, the Lindau Nobel Laureate Meetings took place as in-person event again after having been forced to switch to a digital format for the past two years due to the Covid-19 pandemic. The small town on Lake Constance has been the venue for the annual meeting of top scientists since 1951. For a whole week, there are lectures, discussions and social events where young scientists can talk to the stars of the scene. Five NobelPrize Laureates from the Max Planck Society participated, as well as 22 young researchers from Max Planck Institutes who successfully passed a rigorous multi-stage application and selection process. This year’s meeting was dedicated to the subject of chemistry.
Stefan Hell took the time to answer many questions, also pointing out the dangers

Pflanzen bilden eine Vielzahl von Molekülen, von denen auch viele als Wirkstoffe in der Medizin interessant sind. Ziel der Forschung in der Abteilung Naturstoffbiosynthese am Max-Planck-Institut für chemische Ökologie ist die Aufklärung der Biosynthesewege und die Optimierung der Herstellung dieser Moleküle mit Hilfe der synthetischen Biologie.
.; Dang, T.-T.-T.; Carqueijeiro, I. S. T.; Koudounas, K.; de Bernonville, T.

Since 1975, scientists at the Institute have been studying how physical, chemical and biological processes and human behaviour contribute to global and regional climate changes. The scientists develop numerical models and measurement methods to explain the natural variability of the atmosphere, the oceans and the biosphere, and to assess the influence of land use changes, industrial development, urbanisation and other human influences.
for Meteorology in Hamburg is investigating the feasibility of the idea and the dangers

Since 1975, scientists at the Institute have been studying how physical, chemical and biological processes and human behaviour contribute to global and regional climate changes. The scientists develop numerical models and measurement methods to explain the natural variability of the atmosphere, the oceans and the biosphere, and to assess the influence of land use changes, industrial development, urbanisation and other human influences.
for Meteorology in Hamburg is investigating the feasibility of the idea and the dangers

Since 1975, scientists at the Institute have been studying how physical, chemical and biological processes and human behaviour contribute to global and regional climate changes. The scientists develop numerical models and measurement methods to explain the natural variability of the atmosphere, the oceans and the biosphere, and to assess the influence of land use changes, industrial development, urbanisation and other human influences.
for Meteorology in Hamburg is investigating the feasibility of the idea and the dangers

Since 1975, scientists at the Institute have been studying how physical, chemical and biological processes and human behaviour contribute to global and regional climate changes. The scientists develop numerical models and measurement methods to explain the natural variability of the atmosphere, the oceans and the biosphere, and to assess the influence of land use changes, industrial development, urbanisation and other human influences.
for Meteorology in Hamburg is investigating the feasibility of the idea and the dangers

The Max Planck Institute for the Study of Crime, Security and Law in Freiburg adopts an interdisciplinary approach that combines criminal law and criminology in the interests of advancing criminal law theory and its application as a form of social control.
It investigates how the legal system can respond to dangers in order to prevent criminal

The Max Planck Institute for the Study of Crime, Security and Law in Freiburg adopts an interdisciplinary approach that combines criminal law and criminology in the interests of advancing criminal law theory and its application as a form of social control.
It investigates how the legal system can respond to dangers in order to prevent criminal

The Max Planck Institute for the Study of Crime, Security and Law in Freiburg adopts an interdisciplinary approach that combines criminal law and criminology in the interests of advancing criminal law theory and its application as a form of social control.
It investigates how the legal system can respond to dangers in order to prevent criminal