Category: Regular lectures

Regular lectures UL – WiSe 2020/21

Chemistry

Protein Crystallography – Sträter
[M.Sc. Struc. Chem. and Spect.]
Tue or Thur 5.15-6.45, hybrid, further details to be announced

Bioorganic Chemistry – Beck-Sickinger
[M.Sc. Adv Spec in Chem]
Mon 8.30-10.00, online

NMR on Biosystems – Matysik
[M.Sc. Struc. Chem. and Spect.]
Mon 1.15-2.45, online

NMR Spektroskopie: Prinzipien, Konzepte und Anwendungen – Matysik
[M.Sc. Chem]
Tue 9.15-10.45, Kl. HS

Physics

Introduction to Polymer Physics – Tress
[B. Sc. Phys]
Mon 13:30-15:00 online
Soft Matter Physics – Cichos

[M.Sc. Phys/IPSP]
Tue 13.30-15.00 Linnéstr. 5, R.532
Thu 9.15-10.45 Linnéstr. 5, R.532

Introduction to Computer Simulations I – Majumder
[B.Sc. Phys/IPSP]
Wed 11.00-12.30, Brüderstr. 16, R 210

Condensed Matter Theory – Kroy/Vollmer
[M.Sc. Phys/IPSP]
Wed 17:00-18:30, Brüderstr. 16, R 211

Introduction to Photonics I – Cichos
[M.Sc. Phys/IPSP]
Wed 15.15-16.45, Linnéstr. 5, R.532

Cellular Biophysics – Mierke
[M.Sc. Phys/IPSP]
Thu 13.30-15.00, Linnéstr. 5, SR 224

Regular lectures MLU – WiSe 2020/21

Please check in StudIP if these information are still up to date. Due to the current situation with COVID19, there might be changes.

Physics

Introduction to polymer physics – Thurn-Albrecht/Dolynchuk
[M.Sc. Phy]
Wed 10.30-12.00, VDP3 3.16
Thu 8.00-9.30, VDP3 1.12

Bildgebung und CT – Laufer
[M.Sc. Med. Phy]
Tue 10.30-12, VSP1 1.26
ONLINE (vertonte V), Zeit für Präsenz-Fragestunde

Biophysik – Balbach
[M.Sc. Phy]
Wed 13.00-14.30, VDP3 1.04
PRÄSENZ

Statistische Physik – Henk
[M.Ed. Phy]
Tue 10.30-12.00, VSP1 1.02
PRÄSENZ

Einführung in die NMR-Spektroskopie – Saalwächter/Balbach/Krushelnitzky
[M.Sc. Phy]
Tue 15.30-17.00, VSP1  1.23
PRÄSENZ

Chemistry

Physikalische Chemie (Thermodyn./Kinetik/Elektrochem.) – Bacia
[B.Sc. Chem]
Fri 13.00-15.30, VDP4 1.27

Physikalische Chemie I – Hinderberger
[B.Sc. Chem]
Thu 8.00-9.30, Ch TLS 1.01
Tue 15.30-17.00, Ch TLS 1.01

Physikalische Chemie der Polymere – Kreßler
[M.Sc.]
Tue 15.30-17.00, VDP4 1.27

Grundlagen der Chemie der Polymere und Makromoleküle – Binder
[B.Sc Chem]
Mon 13.00-14.30, VDP1 2.12 Continue reading “Regular lectures MLU – WiSe 2020/21”

iRTG lecture series by Shi-Qing Wang (October 14, 2019) | part 1

The essence of nonlinear polymer rheology: everything you must know

by Shi-Qing Wang, University of Akron, USA

Polymer processing suffers from a variety of rate-limiting difficulties. In extrusion alone, we encounter surface roughness on extrudate (sharkskin), quasi-periodic extrudate distortion associated with pressure oscillation and gross melt fracture.  To have better mechanical characteristics, polyolefin resins need to have sufficiently high molecular weight, and the same is true for rubbers.  Consequently, useful polymers, in the annual amount of one hundred million tons, are always strongly entangled.  Most of the melt processing instabilities of these polyolefin and rubbers are due to the presence of high entanglement.  Our task is to understand and predict rheological responses of entangled polymeric materials.

This presentation summarizes more than one decade of intensive research carried out at Akron that has completely changed our worldview of the essence of nonlinear rheology of entangled polymers.  Continue reading “iRTG lecture series by Shi-Qing Wang (October 14, 2019) | part 1”

Regular lectures MLU – WiSe 2019/20

Physics

Introduction to polymer physics – Thurn-Albrecht/Schulz
[M.Sc. Phy]
Wed 10.15-11.00, VDP3 3.16
Thu 8.15-9.45, VDP3 1.12

Bildgebung und CT – Laufer
[M.Sc. Med. Phy]
Tue 10-12, VsP1 1.26

Biophysik – Balbach
[M.Sc. Phy]
Wed 12.15-13.45, VDP3 1.04

Statistische Physik – Henk
[M.Ed. Phy]
Tue 10.15-11.45, VSP1 1.02

Einführung in die NMR-Spektroskopie – Saalwächter/Balbach/Krushelnitzky
[M.Sc. Phy]
Mon 14.15-15.45, VDP3 1.06

Chemistry

Physikalische Chemie (Thermodyn./Kinetik/Elektrochem.) – Bacia
[B.Sc. Chem]
Fri 13.00-15.30, VDP4 1.27

Physikalische Chemie I – Sebastiani
[B.Sc. Chem]
Thu 15.15-16.45, Ch TLS 1.01
Fri 9.15-10.00, VSP1 1.26

Physikalische Chemie der Polymere – Kreßler
[M.Sc.]
Tue 15.15-16.45, VDP4 1.27

Grundlagen der Chemie der Polymere und Makromoleküle – Binder
[B.Sc Chem]
Mon 13.15-14.45, VDP1 2.12 Continue reading “Regular lectures MLU – WiSe 2019/20”

iRTG lecture series by Ralph Colby (October 28/30, 2019) | part 2 and 3

Polyelectrolyte Solutions: The least understood form of condensed matter

by Ralph H. Colby, The Pennsylvania State University, USA

Polyelectrolytes are polymer chains with covalently bonded ions and oppositely charge counterions. The combination of electrostatic interactions and conformational entropy of polymer chains led Nobel Laureate de Gennes to term this class of materials as the least understood form of condensed matter. Yet polyelectrolytes are essential for life, as DNA and RNA are both polyelectrolytes. Continue reading “iRTG lecture series by Ralph Colby (October 28/30, 2019) | part 2 and 3”

Two lectures on “Current trends of electronics and a study of defects in materials for semiconductor devices” (June 20/21, 2019)

by Akira Uedono, University of Tsukuba

Abstract:

In the past four decades, we have witnessed quick and large growth of the semiconductor industry, and how it has driven advances in communication, energy, health care, and security. Now it becomes the indispensable technology of our society. This great success of electronic industries was attributed to continuous and aggressive downsizing of the metal–oxide– semiconductor field-effect transistors (MOSFET). Another important achievement was light emitting diodes (LED) and semiconductor lasers based on compound semiconductors, which resulted in 2014 Nobel Prize in Physics for the development of efficient blue GaN LEDs (Akasaki, Amano, and Nakamura). Here, widegap semiconductors, especially group-III nitrides, played an important role, and they are now ready to use for power electronics, which expected to give a large impact on our society again. Continue reading “Two lectures on “Current trends of electronics and a study of defects in materials for semiconductor devices” (June 20/21, 2019)”

Regular lectures MLU – SoSe 2019

Physics

Soft Condensed Matter Physics – Saalwächter
[BA Phy]
Wed 8.15-9.45, VSP1 1.26

Theoretische Physik IV: Statistische Thermodynamik – Hergert
[BA Phy]
Wed 10.15-11.45, VSP1 1.26

Statistische Physik – Ivanov
[MA Phy]
Fri 8.15-9.45, VSP1 1.26

Theoretical polymer physics – Ivanov
[MA Phy]
Mon 11.15-12.45, VDP3 1.04

Spektroskopische Methoden – Balbach/Krushelnitsky/Miclea/Saalwächter
[BA Phy]
Thu 15.15-16.45, VDP3 1.04

Experimentelle Methoden der Polymerphysik – Beiner
[MA Phy]
Tue 11.15-12.45, VDP1 2.12

Biophysik – Reichert
[MA Phy]
Mon 8.15-11.45, BHS7 214

Einführung in die Bildverarbeitung -Posch
[MA Phy]
Wed 8.15-10.45, VSP1 3.31

Chemistry

Physikalische Chemie II – Kreßler
[BA Chem]
Mon 11.15-12.00, Fri 10.15-11.45, HS-Ch TLS 1.01 Continue reading “Regular lectures MLU – SoSe 2019”

Regular lectures UL – SoSe 2019

Chemistry

Receptor Biochemistry – Beck-Sickinger/Mörl
[MA Struc. Chem. and Spect.]
Mon, 01.04.: 10.45 – 12.15
Tue, 02.04.:8.30-12.00
Tuesday, 09.04.-18.06.2019: 8.30 – 10.00
Kl. Hörsaal – Brüderstr. 34

Selected Topics of NMR Spectroscopy – Matysik
[MA Struc. Chem. and Spect.]
Fri, 8.15 – 9.45 Uhr, R 101

Supramolekulare Chemie – Kersting
[MA Chem.]
Wed 8.15-9.45, kl. HS

Strukturelle Biochemie – Sträter
[MA Chem.]
Thu 13.30-15.00, HS 1.3 BBZ

Physics

Advanced soft matter and biological physics – Schnauß
[MA Phys]
Tue 11.00-12.30, Linnestr. 5 SR 221

Experimental Methods in Biophysics – Mierke
[MA Intern. Phys. Stud Progr.]
Thu 13.30-15.00, Linnestr. 5 SR 224

Biological Physics – Mierke
[MA Intern. Phys. Stud Progr.]
Wed 13.30-15.00, Linnestr. 5 SR 224