From Neptune to Hightech Materials
Natural Sciences

From Neptune to Hightech Materials

Theoretical predictions have been a key tool in science, enabling discoveries like new planets and particles. Today, we can calculate properties of complex materials and predict new compounds, designing them atom by atom. This lecture showcases the role of advanced quantum calculation methods in predicting materials and their applications in high-tech fields.
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Start 17:15 o'clock
End 18:00 o'clock

At a glance

Technische Universität Dresden (TUD)
Fakultät Chemie und Lebensmittelchemie
Neubau Chemie/Hydrowissenschaften
CHE/S91
Bergstraße 66
01069 Dresden (Dresdner Süden)
Dr. Rico Friedrich,
45 Min
Website

Description

Theoretical predictions have proven to be a powerful tool in the history of science, enabling discoveries such as new planets and elementary particles. Today, we can calculate the properties of complex functional materials on computers and specifically predict new chemical compounds, designing them at the atomic level. This illustrative lecture highlights the role and impact of cutting-edge quantum theoretical calculation methods in predicting new materials and their potential applications in high-tech fields.

Information on the event format

Lecture Presentation

Stations

Mommsenstraße

  • 66 (bus)

TU Dresden

  • 63 (bus)
  • 61 (bus)
  • 66 (bus)

Further events of the organizer

From Neptune to Hightech Materials
Technische Universität Dresden (TUD)
Natural Sciences

From Neptune to Hightech Materials

Theoretical predictions have been a key tool in science, enabling discoveries like new planets and particles. Today, we can calculate properties of complex materials and predict new compounds, designing them atom by atom. This lecture showcases the role of advanced quantum calculation methods in predicting materials and their applications in high-tech fields.

Start 17:15 o'clock
End 18:00 o'clock