Library / Article Service

The WSI has a small library with books that focus on semiconductor physics and technology. The books are meant for in-house usage only. We have an electronic database and check-out system. For details, follow this link to our intranet web pages.

For members of WSI, there is an increasing number of on-line services available. Please check one of the following sources.

NOTE: Most of these services can be accessed directly only from within the Munich Science wide area network MWN (Münchner Wissenschafts Netz) and require the proxy setting "http://pac.lrz-muenchen.de" in your web browser. To use these services from outside, you need to open a VPN connection to the WSI first.

WSI Library

Electronic access

AIP Spin Data Base

Phys. Rev. Archive

IPP Library

Article service

IOP journals

TUM article service

Article Service

You can order articles/papers online.

As a member of the physics department you are entitled to make use of a new and comfortable way to order articles/papers directly and efficiently to your desk instead of searching for them in the library and ordering them via time consuming interlibrary loan request.

More information …

 

TUM Technische Universität München TUM Technische Universität München Physik Department Elektrotechnik und Informationstechnik TUM Technische Universität München
 

News at the WSI

14 May 2012

Two doctoral candidates from Walter Schottky Institut establish a new company   more

20 Mar 2012

Researchers at the Walter Schottky Institut demonstrate versatility of solid-state protein sensor   more

01 Dec 2011

CeNS publication award for L. Prechtel et al.   more

02 Nov 2011

Rohde & Schwarz Award for Jia Chen   more

24 Oct 2011

Prof. Jonathan Finley receives Prize for Good Teaching 2010 from the Bavarian Ministry for Science, Research and Arts.   more

Forthcoming seminars

May 29, 2012

GaN, graphene and other extreme materials of future electronics   more

May 22, 2012

Towards integrated quantum information photonics circuit: Fabrication and characterization of waveguide superconducting single photon detectors   more