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
 
online.nanopolis.net Educators: use the Nanopolis educational materials in your courses. Shorten the initial phase of your students learning nano-bio concepts by at least one year, by allowing them to easily understand visual explanations of the most of the concepts involved.

The Lesson of the Month:
September 2008 - Semiconductor Quantum Dots
Nanopolis releases new publication protocol for authors

Nanopolis, the e-collaborative multimedia producer exclusively dedicated to nano-bio-technology, has released a new protocol that easily guides the scientific contributors through the editorial tool. It makes possible the creation, follow up, validation and publication of multimedia animations in the nano-bio-technology field.

This tutorial called "How to publish with Nanopolis" explains in a very descriptive way how to communicate -at no cost- the results of a scientific nanotechnology work in just seven steps.


Multimedia Encyclopedic Courses - Exploring Matter at the Atomic Scale

Hard X-ray

Neutrons

Nanotechnology
Discover the unique Nanopolis™ encyclopaedia series (Exploring matter with Synchrotron Light - 2nd edition, Exploring matter with Neutrons - 2nd edition and Exploring Nanotechnology). Each of the 3 volumes presents phenomena occuring at atomic scale, their applications and exploratory techniques.
Get the whole NANOPOLIS Trilogy at a special price!
Exploring Nano-Biotechnology - a representation of life sciences from the nanotechnology point of view, explaining nanoscale processes supporting life; mechanisms of diseases; use of nano tools and technology in life sciences; biotech specific tools; applications and prospects, among others.

for COMPANIES for RESEARCHERS for UNIVERSITIES
Represent even the finest detail of your technology in a widely accessible manner.
(see this example)
Transpose your latest breakthrough in science into 2D/3D interactive animations.
(see this example)
Bridge the gap between today's scientific knowledge and educational programs.
(see this example)

Be easily understood
Be worldwide disseminated
Become accessible to thousands of American, European and Asian Universities
Expand your contact base

Create comprehensive visual explanations of your scientific achievements
Explain your latest breakthrough to potential investors

Create comprehensive explanations of complex phenomena or technologies
Convert your slides into animated, interactive courses
Create online evaluation systems for your courses
Make use of the Nanopolis educational content in your virtual lecture notes

Acknowledging the Contribution of Universities Contributors

Nanopolis expresses its gratitude for the support provided by representatives of research institutes and universities worldwide by granting them the following advantages:

  • Any member of these institutes (students included) benefits of a 50% discount when buying Nanopolis educational products
  • Any professor from these institutes will benefit of a 50% discount in the Nanopolis e-learning platform (to be released in the following months)

See Partners lists

Do you want to know how can you become a CONTRIBUTOR? see here


Nanopolis E-learning Excerpt
This is a Nanopolis e-learning excerpt. Choose an answer and see vote results. To find out more about nuclear reactions get the "Exploring Matter with Neutrons" encyclopedia.

iMediaLearn and Nanopolis

The Nanopolis knowledge dissemination platform uses software, skills and support from iMediaLearn, the e-learning arm of iMediasoft. iMediaLearn envisions to democratise access to e-learning content management, by providing tools that work at standards previously available only at high expenses. For more info please visit www.imedialearn.com.

 



 NANOPOLIS Inputs
Scientific Resources Excerpts
Dr. Gary Bernstein
University of Notre Dame, USA
Electron-Beam Lithography
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
 
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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