NANOPOLIS
[Advanced Photon Source] [Canadian Light Source] [European Synchrotron Radiation Facility] [Forschungszentrum Jülich] [GKSS Forschungszentrum] [Hahn-Meitner-Institut Berlin] [Institut Laue-Langevin] [The ISIS Pulsed Source] [Los Alamos Neutron Science Center] [Léon Brillouin Lab. at CEA] [SOLEIL Synchrotron]
Multimedia Education and Courses in Nanotechnology.
 
Online Multimedia Resource

Online Multimedia Library

 
Offline Multimedia Resources

NANOTECHNOLOGY
Educational Topics
CD-ROM or Downloadable format

NEUTRONS
Educational Topics
CD-ROM or Downloadable format

SYNCHROTRON LIGHT
Educational Topics
CD-ROM format

 
Nanotech Highlights
Prof. Gary Bowlin
Virginia Commonwealth University,USA
Nanotech Reviews
 
Neutrons Highlights
Prof. Roger Pynn
Indiana University and Spallation Neutron Source, USA
Nanopolis Partner Institutes
Neutrons Reviews
 
NANOPOLIS Headfigures
Dr. Alain Filhol
Institut Laue-Langevin,
Grenoble, France
Nanopolis Partner Institutes
Dr. Sandra Biedron
Argonne National Laboratory
USA
 
 Partner Research Institutes' Coordinators
Dr. Sandra Ribeiro
Canadian Light Source
Dr. Dominique Cornuejols
European Synchrotron Radiation Facility
Dr. Karen Diederichsen
Hahn-Meitner-Institut Berlin
Dr. Alain Filhol
Institut Laue-Langevin
Prof. Roger Pynn
Indiana University and Spallation Neutron Source
Dr. Alain Menelle
Laboratoire Lion Brillouin (CEA/CNRS)
Dr. Marie-Pauline Gacoin
SOLEIL Synchrotron
 
For Contributing Authors For Reviewers  

It has never been easier to become a Contributing Author of multimedia presentations related to nano-biotechnology!

How to publish with Nanopolis in 7 easy steps!

  Step Description Supporting communication tool Estimated time Demo Clip
1 Decide the structure of a specific subject Main chapters are usually structured by a General Presentation, Principle of Functioning, Advantages, Applications, Variations of Techniques and/or Fabrication Methods. Each of these main sections contain from 1 up to 4 animations to illustrate the essential concepts. This process takes place at the Nanopolis Online Editorial Tool. 30 minutes View
2 Create the texts of the main chapters The text for one chapter must be no longer than 200 words. This process takes place at the Nanopolis Online Editorial Tool. 10 - 60 minutes / chapter View
3 Prepare explanatory materials for each animation This means you can send/upload scientific articles, presentations or any other document that may allow the Nanopolis team to create a scenario for the animation.
Explanatory materials must also include:
  1. Title of the animation
  2. Short explanation of the animation in scientific terms
  3. It is advisable that documents include the necessary images to create the animation
  4. Suggestions of resources where to find further details about the submitted material.
This process takes place at the Nanopolis Online Editorial Tool. 10 - 60 minutes per animation View
4 Validate the animations created by the Nanopolis team The author checks from time to time the modifications made to the graphics. The Nanopolis Graphic and Scientific Teams need the Contributor consent in order to continue the evolution of the subject. This process takes place at the Nanopolis Online Editorial Tool. 10 - 30 minutes/day (during approximately two weeks) View
5 Recommend specialists who can review and endorse the multimedia presentation The most acredited people involved in the development of a Nanopols presentation, the best to validate the material. Can be done by e-mail 5 - 20 minutes View
6 Recommend a list of articles/books that may be useful to understand the concerned field of science The Nanopolis objective is to make all its multimedia presentations as intuitive as possible; however, suplementary educational support is well appreciated by people interested in the subject. This process takes place at the Nanopolis Online Editorial Tool. 10 - 60 minutes View
7 Confirm the final validation Nanopolis animations can not be published until they pass through the scientific approval process. This process takes place at the Nanopolis Online Editorial Tool. 5 - 20 minutes View


 Get in contact with the Nanopolis team by submiting the application form.

* See the complete multimedia animation of the Electron Beam Lithography
 



 NANOPOLIS Inputs
Scientific Resources Excerpts
Prof. Peter Grütter
McGill University, Canada
Magnetic Force Microscopy
Dr. Mircea Rasa
Debye Research Institute - Utrecht University,The Netherlands
Magnetic Force Microscopy
Prof. Supatra Jinawath
Chulalongkorn University, Thailand
Hydrothermal Synthesis
Dr. Yongqi  Fu
Nanyang Technological University,Singapore
Focused Ion Beams
Prof. Peter Wurz
University of Bern, Switzerland
Mass Spectrometry
Prof. Bonnie Gersten
Queens College, City University of New York, USA
Chemical Vapor Deposition
Hydrothermal Synthesis
Prof. Gary Bowlin
Virginia Commonwealth University,USA
Electrospinning
Dr. Yoshihiro Ito
Kanagawa Academy of Science and Technology, Japan
Nanoimprinting
Dr. Gary Bernstein
University of Notre Dame, USA
Electron-Beam Lithography
 
NANOPOLIS Outputs
Multimedia Excerpts
Neutron measurements
Ever since the beginning of the ...
Cosmic neutrons
Earth receives an intense flux of ...
Transmission Electron Microscopy
In TEM, an electon-beam traverses ...
Rosette nanotubes
Rosette nanotubes are tubes of ...
Thin magnetic layer
The magnetic or non-magnetic ...
Quantum Corrals
The closed - mostly circular - barrier ...
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