Comment

Comment by Lesley Tobin on August 20, 2010 at 12:30pm

The ICPC Nanonet project (EU funded under FP7) offers you a free open access Nano Archive of nearly 7,000 items including many full texts at http://www.nanoarchive.org. Please contact me if you would like to archive your research and I will create an editor's account for you. I am also interested in communicating with researchers in sub-Saharan Africa for an annual region report. Join the international network at http://www.icpc-nanonet.org. Lesley

Comment by Subhranshu Sekhar Samal on July 22, 2009 at 6:45am

share ur suggestion about Ph.D programme in European countries in the field of Nanotechnology>.................

Comment by Roy Jensen on June 9, 2009 at 8:01pm

Okay -- time to confess -- I am not a nanoscience specialist. I NEED a nanoscience specialist who is interested in educating others about this evolving field.

I am preparing a general chemistry textbook that emphasizes applied chemistry by incorporating applied examples and focused chapters on specific disciplines. Nanoscience is one obvious area of applied chemistry. I am looking for a specialist to write this chapter. These do not need to be faculty, but researchers, graduate students, or senior students with an interest in this area (chemistry in nanoscience) would be ideal.

About the text: Exploring Chemistry is a first-year general chemistry textbook for advanced students and science majors. The text consists of 20 focused chapters plus 11 chapters on the applications of chemistry in specialized fields (food science, forensic science, pharmaceutical science, etc.). A nanoscience chapter would be an excellent fit. Exploring Chemistry is still in draft, with the second draft being developed for Fall 2009. The nanoscience chapter does not need to be completed for this draft, but December 2009 or April 2010 would be nice.

About the chapter: I require 15 - 20 pages of text and images targeted to second-year university science students, in chapter examples and exercises, end of chapter exercises, and a few short (1-3 paragraph) stories highlighting one application of the chapter material. My knowledge of nanoscience is limited and I leave it to educators with a nanoscience specialization to best summarize this rapidly expanding field, but to also entice students to want to know more.

The table of contents and the first chapter of the text are available at www.consol.ca/Exploring_Chemistry(overview).pdf

Interested persons can contact me for more information: JensenRH@MacEwan.ca

Thanks,
Dr. Roy Jensen
(==========)-----------------------------------------¤
Chemistry, Grant MacEwan College
VP Professional Affairs, MacEwan Faculty Association
Room 5-172J, 10700-104 Avenue
Edmonton, AB T5J 4S2
780.633.3915

Comment by Gerhard Klimeck on June 1, 2009 at 8:12am

I would like to draw your attention to http://nanoHUB.org which provides "online simulation and more" to a broad nanotechnology community. There are now over 91,000 annual users, over 7,100 ran some 400,000 simulations. Over 70 classes in over 40 institutions used nanoHUB.org for teaching in the academic year 08/09.
There are now dedicated resources that combine tools and homework assignments. For an overview see:
http://nanohub.org/curricula

For an example to teach-
Semiconductor Devices: http://nanohub.org/topics/edusemiconductor
Introduction to quantum mechanics for device engineers: http://nanohub.org/topics/AQME

Comment by Dr. Aldrin E. Sweeney on February 11, 2009 at 3:03pm

Colleagues:

After a considerable delay, I am pleased to inform you that the first issue of the Journal of Nano Education now is available for your review. Articles appearing in the first issue will be freely available until December 31, 2009.

The journal may be accessed from the publisher's website, i.e. http://www.aspbs.com/jne .

Notification regarding the release of the journal's first issue is being sent to several listservs and contact lists; therefore, please excuse the possible delivery of duplicate messages to your Inbox.

Manuscript submissions currently are being accepted for peer review and publication consideration in subsequent issues of the journal. Should you have any queries regarding the suitability of your manuscript for publication consideration in the Journal of Nano Education, please do not hesitate to contact me.

I look forward to working further with you.

Regards,

Aldrin


Aldrin E. Sweeney, Ph.D.
Editor-in-Chief
Journal of Nano Education

Associate Professor & Program Coordinator, Science Education
University of Central Florida
Orlando, FL 32816-1250
USA

Comment by Nivashini on January 6, 2009 at 1:31pm

@ George Ansa Duke
Sir all of us are teachers I would be happy if you can share your valuable insights and help us to know nano better
regards
Nivashini

Comment by George Ansa Duke on January 6, 2009 at 6:28am

Hi all,
I am so sorry i came late into the class. Please teacher can i sit?

Comment by Nivashini on January 4, 2009 at 6:28pm

Why You Want Nanotechnology in Your Life

Nanotechnology will increase your standard of living — no ifs, ands, or buts. Done right, it will make our lives more secure, improve healthcare delivery, and optimize our use of limited resources. Pretty basic stuff, in other words. Mankind has spent millennia trying to fill these needs, because it has always known that these are the things it needs to ensure a future for itself. If nanotechnological applications pan out in the direction they're headed, we are one step closer to ensuring that future.
Security

Security is a broad field, covering everything from the security of our borders to the security of our infrastructure to the security of our computer networks. Here's our take on how nanotechnology will revolutionize the whole security field:

* Superior, lightweight materials: Imagine materials ten times stronger than steel at a fraction of the weight. With such materials, nanotechnology could revolutionize tanks, airframes, spacecraft, skyscrapers, bridges, and body armor, providing unprecedented protection. Composite nanomaterials may one day lead to shape-shifting wings instead of the mechanical flaps on current designs. Kevlar, the backbone fiber of bulletproof vests, will be replaced with materials that not only provide better protection but store energy and monitor the health status of our soldiers.

* Advanced computing: More powerful and smaller computers will encrypt our data and provide round-the-clock security. Quantum cryptography — cryptography that utilizes the unique properties of quantum mechanics — will provide unbreakable security for businesses, government, and military. These same quantum mechanics will be used to construct quantum computers capable of breaking current encryption techniques (a needed advantage in the war against terror). Additionally, quantum computers provide better simulations to predict natural disasters and pattern recognition to make biometrics — identification based on personal features such as face recognition — possible.

* Increased situational awareness: Chemical sensors based on nanotechnology will be incredibly sensitive — capable, in fact, of pinpointing a single molecule out of billions. These sensors will be cheap and disposable, forewarning us of airport-security breaches or anthrax-laced letters. These sensors will eventually take to the air on military unmanned aerial vehicles (UAVs), not only sensing chemicals but also providing incredible photo resolutions. These photos, condensed and on an energy-efficient, high resolution, wristwatch-sized display, will find their way to the soldier, providing incredible real-time situational awareness at the place needed most: the front lines.

* Powerful munitions: Nanometals, nano-sized particles of metal such as nanoaluminum, are more chemically reactive because of their small size and greater surface area. Varying the size of these nanometals in munitions allows us to control the explosion, minimizing collateral damage. Incorporating nanometals into bombs and propellants increases the speed of released energy with fewer raw materials consumed — more (and better-directed) "bang" for your buck.

Healthcare

Making the world around us more secure is one thing, but how about making the world inside us more secure? With nanotechnology, what's beneath our skin is going to be more accessible to us than it's ever been before. Here's what we see happening:

* Diagnostics: Hospitals will benefit greatly from nanotechnology with faster, cheaper diagnostic equipment. The lab-on-a-chip is waiting in the wings to analyze a patient's ailments in an instant, providing point-of-care testing and drug application, thus taking out a lot of the diagnostic guesswork that has plagued healthcare up to now. New contrast agents will float through the bloodstream, lighting up problems such as tumors with incredible accuracy. Not only will nanotechnology make diagnostic tests better, but it will also make them more portable, providing time-sensitive diagnostics out in the field on ambulances. Newborn children will have their DNA quickly mapped, pointing out future potential problems, allowing us to curtail disease before it takes hold.

* Novel drugs: Nanotechnology will aid in the delivery of just the right amount of medicine to the exact spots of the body that need it most. Nanoshells, approximately 100nm in diameter, will float through the body, attaching only to cancer cells. When excited by a laser beam, the nanoshells will give off heat — in effect, cooking the tumor and destroying it. Nanotechnology will create biocompatible joint replacements and artery stents that will last the life of the patient instead of having to be replaced every few years.

Resources

The only thing not in short supply these days is more human beings — and we're not about to see a shortage of them any time soon. If we are going to survive at all — much less thrive — we are going to need to find ways to use the riches of this world more efficiently. Here's how nanotechnology could help:

* Energy: Nanotechnology is set to provide new methods to effectively utilize our current energy resources while also presenting new alternatives. Cars will have lighter and stronger engine blocks and frames and will use new additives making fuel more efficient. House lighting will use quantum dots — nanocrystals 5nm across — in order to transform electricity into light instead of wasting away into heat. Solar cells will finally become cost effective and hydrogen fuel cells will get a boost from nanomaterials and nanocomposites. Our Holy Grail will be a reusable catalyst that quickly breaks down water in the presence of sunlight, making that long-wished-for hydrogen economy realistic. That catalyst, whatever it is, will be constructed with nanotechnology.

* Water: Nanotechnology will provide efficient water purification techniques, allowing third-world countries access to clean water. When we satisfy our energy requirements, desalinization of water from our oceans will not only provide enough water to drink but also enough to water our crops.

Comment by Nivashini on January 4, 2009 at 6:27pm

The best book to bigin is nanotechnology for dummies by Richard .D.Booker & Earl Boysen

Comment by Nivashini on January 4, 2009 at 6:23pm

@ K .mohan
Sir you can check www.azonano.com ,www.nanoparticle.org,..basic books are available as e -books

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