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Veranstaltungen für Studierende

Alle Events des zentralen Terminkalenders, die für Studierende relevant sind.
Hier können Sie neue Termine hinzufügen (auch für andere Zielgruppen).
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How can we improve functionality of MEMS by incorporate nanoscale structure made of various nanomaterials such as nanoparticles, nanotubes, proteins and other molecules? One promising way is to utilize self-assembly technique of multiple functional nanocomponents as Nature does. Although a complexity of the structure is essential factor to generate functionality, so far, no engineering methodology has been realized to assemble multiple functional nanocomponents to specific positions on MEMS in a specific sequence. This is a challenging goal to be addressed, namely controlling assembly position and sequence of multiple nanoscale functional components made of a variety of nanomaterials to realize high functional Nanosystem. To address this goal, a concept of an Oriented Self-Assembly on MEMS (OSAM) approach in which DNA is utilized to bridge MEMS and Nanotechnology has been proposed. In this approach, DNA origami (DO) proposed by Rothemund in 2006 is self-assembled on MEMS according to a given system design. The advantages of DO as a nanocomponent can be summarized as; (1) the surface is precisely addressable with sub-nanometer resolution, (2) various nanomaterials can conjugate with DO, (3) higher order structure (multimer structure) can be formed by binding them each other, (4) various 2D or 3D shape can be constructed, (5) mechanical rigidity is controllable, (6) DNA based sensing and actuation mechanism can be incorporated. Owing to these advantages, many applications including nano-plasmonic structures for sensing, drug delivery system will be expected. In this talk, the current status of DNA nanotechnology, OSAM and related topics will be presented.
03 Tag der deutschen Einheit
41
Fit for TUM - Servicemesse zum Studienstart
Digitale Innovationen im Gesundheitswesen – aus welchen Gründen gelingt die Implementierung nur so schleppend?
Feierabendführung durch die Teilbibliothek Stammgelände
Welcome Presentation German as a Foreign Language
Receptor-mediated signalling from the plant cell wall.
Welcome Presentation German as a Foreign Language
Tag der offenen Tür
42
Erstsemesterbegrüßungsfeier
43
Mit Bewerbungsanschreiben überzeugen - Webinar
Energiewirtschaftliches Seminar
Die Promotionszeit sinnvoll nutzen - Webinar
Feierabendführung durch die Teilbibliothek Stammgelände
Überzeugende Lebensläufe für Promovierende und Postdocs - Webinar
44
Schülerinnen forschen - die Herbstuniversität der TUM
Schülerinnen forschen - die Herbstuniversität der TUM
Schülerinnen forschen - die Herbstuniversität der TUM
       
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