Skokie, partners launch nanotechnology job-training program

BY MIKE ISAACS misaacs@pioneerlocal.com July 2, 2012 9:12AM

The Illinois Science + Technology Park in Skokie is teaming with the village, Oakton Community College and NanoInk on a new job training program in the budding field of nanotechnology. | Photo courtesy of Vetter Pharma International GmbH

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What: Nanotechnology Employment, Education and Economic Development Initiative job training program.

Funding: $250,000 outside grant, $250,000 from downtown Skokie Illinois Science Park tax increment finance fund.

Partners: Village of Skokie, Illinois Science Park, Oakton Community College, NanoInks NanoProfessor division and area high schools

Purpose: To train technicians in the budding field of nanotechnology.

Updated: July 3, 2012 10:13PM

One of the first occupants of the Illinois Science + Technology Park in 2005 was The NanoBusiness Alliance, a national industry association, which moved its Midwest headquarters into Skokie.

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Skokie, partners launch nanotechnology job-training program

Nanotechnology switches back to vacuum transistors at low voltage

Technology News

July 03, 2012 // Peter Clarke

Researchers at the University of Pittsburgh have come up with a device structure that allows a switch back to vacuum, in contrast to the solid-state, as the medium for electron transport in transistors.

The team is proposing a MOS vertical structure with a triple layer of metal/silicon dioxide/silicon exposed on the side by a deep trench. The metal and silicon layers form the anode and cathode of the device, separated by the insulating silicon dioxide, and the electron transport occurs in the vertical direction through the vacuum.

The work is discussed in a research paper entitled Metal-oxide-semiconductor field effect transistor with a vacuum channel, published in Nature Nanotechnology July 1.

The work represents a return to the roots of electronics. The solid-state transistor was invented in 1947 as a replacement for the bulky, unreliable vacuum tube. Vacuum tube style electronics in miniature made using solid-state semiconductor manufacturing techniques have been tried before, but the concept has struggled to overcome requirements for high voltage and issue of compatibility with the incumbent solid-state CMOS technology.

A team under Hong Koo Kim, principal investigator on the project and a Professor in the University of Pittsburgh's Swanson School of Engineering, has redesigned the structure of the vacuum electronic device. With the assistance of PhD candidate Siwapon Srisonphan and postdoctoral fellow Yun Suk Jung Kim and his team discovered that electrons trapped inside a semiconductor at the interface with an oxide or metal layer can be easily extracted out into the air. The electrons at the material interface form a sheet of charges, a two-dimensional electron gas and Kim found that the Coulombic repulsion of the electrons for each other enables the easy emission of electrons out of the silicon.

This allows the creation of a low-voltage device in which the electrons travel ballistically in air in a nanometer-scale channel without any collisions or scattering.

The channel length is of the order of 20-nm and the team measured a transconductance of 20-nS per micron and an on/off ratio of 500 and turn-on gate voltage of 0.5-V under ambient conditions, according to the paper's abstract.

"The emission of this electron system into vacuum channels could enable a new class of low-power, high-speed transistors, and it's also compatible with current silicon electronics, complementing those electronics by adding new functions that are faster and more energy efficient due to the low voltage," said Professor Kim, in a statement.

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Nanotechnology switches back to vacuum transistors at low voltage

Skokie firm launches nanotechnology job-training program

BY MIKE ISAACES misaacs@pioneerlocal.com July 2, 2012 9:12AM

Sean Murdock, Executive Director of Nano Business Alliance, Dr. Cedric Loiret-Bernal, CEO of NanoInk and Philippe Inagaki, CEO of Polyera appear in the atrium of the Illinois Science & Technology Park. | Rich Hein~Sun-Times Media

storyidforme: 32825205 tmspicid: 11979925 fileheaderid: 5476633

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What: Nanotechnology Employment, Education and Economic Development Initiative job training program.

Funding: $250,000 outside grant, $250,000 from downtown Skokie Illinois Science Park tax increment finance fund.

Partners: Village of Skokie, Illinois Science Park, Oakton Community College and area high schools

Purpose: To train technicians in the budding field of nanotechnology.

Updated: July 2, 2012 9:25AM

One of the first occupants of the Illinois Science + Technology Park in 2005 was The NanoBusiness Alliance, a national industry association, which moved its Midwest headquarters into Skokie.

Read the rest here:

Skokie firm launches nanotechnology job-training program

Skokie, firm launch nanotechnology job-training program

BY MIKE ISAACES misaacs@pioneerlocal.com July 2, 2012 9:12AM

Sean Murdock, Executive Director of Nano Business Alliance, Dr. Cedric Loiret-Bernal, CEO of NanoInk and Philippe Inagaki, CEO of Polyera appear in the atrium of the Illinois Science & Technology Park. | Rich Hein~Sun-Times Media

storyidforme: 32825205 tmspicid: 11979925 fileheaderid: 5476633

UP CLOSE

What: Nanotechnology Employment, Education and Economic Development Initiative job training program.

Funding: $250,000 outside grant, $250,000 from downtown Skokie Illinois Science Park tax increment finance fund.

Partners: Village of Skokie, Illinois Science Park, Oakton Community College and area high schools

Purpose: To train technicians in the budding field of nanotechnology.

Updated: July 2, 2012 9:25AM

One of the first occupants of the Illinois Science + Technology Park in 2005 was The NanoBusiness Alliance, a national industry association, which moved its Midwest headquarters into Skokie.

Continue reading here:

Skokie, firm launch nanotechnology job-training program

Lanka to lead Nanotechnology research and development

Ramani KANGARAARACHCHI

Sri Lanka will be positioned as a leading destination for Nanotechnology research and development contributing significantly to national economic development with the completion of Sri Lanka Institute of Nanotechnology (SLINTEC),Chairman SLINTEC Mahesh Amalean said.

Speaking at the foundation laying ceremony for the construction of the Nanotechnology Centre of Excellence(NCE) at Homagama yesterday Amalean said the investment for the initial stage of the project is Rs 830 million.

Chairman SLINTEC, Mahesh Amalean, Minister of Technology and Research, Pavithra Wanniarachchi and Minister of Science and Technology, Prof. Tissa Vitarana at the ground breaking event.

He said this is a unique project in a land allocated by the government and funded through public private partnership where Brandix, Hayleys, Load Star, MAS, Dialogue and Virtusa join hands with the Ministry of Technology and Research. The nanotechnology park will enable companies to invest and develop their research centres incubation facilities and pilot plants in an environment of an advanced technology park.

The project will develop a 50 acre land with a state of the art NCE in Pitipana, Homagama in a phased manner through pragmatic investments by all interested parties. It aims to attract research and development institutes, multinational companies, small and medium enterprises and education institutes to take advantage of the research ,development and innovation that will flourish in the enterprising ecosystem created at this advanced technology park. It will have a series of high tech labs with the latest equipment operated and managed by highly skilled scientists. The project will focus on R and D ,incubation for taking research into commercialization and provide facilities for corporate research and business development. Leading experts from around the globe will have tenures at the NCE and they will be available for consultation to continue with boundaries of innovation, he said.

The second phase of the park will focus on expansion of research and business development for both the public and private sector in Sri Lanka and potential foreign direct investment from multi national corporations as well as SMEs through attractive incentives, terms and conditions.

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Lanka to lead Nanotechnology research and development

Frost & Sullivan: Technological Developments Offer Growth Opportunities for Microscope Market, Despite Saturation in …

Spending on life sciences and nanotechnology will lead to sustained industry growth

MOUNTAIN VIEW, Calif., June 27, 2012 /PRNewswire-Asia/ -- The need to overcome long sales cycles and the saturation of the light microscope segment represent some of the key industry challenges today within the global microscope market. Leaders in this market are overcoming this challenge by offering software-defined architectures with better statistical analysis performance capabilities that acquire a higher quality of data. Software applications are giving end-users different ways to improve complexity in sample data analysis.

New analysis from Frost & Sullivan (http://www.measurement.frost.com( http://www.frost.com/prod/servlet/svcg.pag/AESI )), Analysis of the Microscopes Market, finds that the global microscope markets earned revenues of $3.18 billion in 2011 and is expected to grow at a compound annual growth rate (CAGR) of 8.0 percent during the forecasted period between 2012 and 2018.

If you are interested in more information on this research, please send an email to Jeannette Garcia, Corporate Communications, at jeannette.garcia@frost.com( mailto:jeannette.garcia@frost.com ), with your full name, company name, job title, telephone number, company email address, company website, city, state and country.

Although the growth of the market is focused on advanced research microscopes and complex digital imaging systems, there is a large and saturated market for light microscopes with high longevity to serve traditional applications and educational use. The light microscopes longevity and saturation thus restrains growth of the market.

"The market has reached a highly saturated growth phase," said Senior Research Analyst Mariano Kimbara. "There is minimal capacity for alternative techniques in this segment within the long-term."

Nevertheless, microscope manufacturers are constantly driven to increase the performance capabilities of their products, acquire data and add new features for image processing to meet demands in emerging applications such as nanotechnology.

"A main driving factor driving demand for microscopes is the development of nanotechnology and increasing spending in life sciences," said Kimbara. "There has been a significant rise in funds allocated for characterization and synthesis of nanomaterials research."

For example, there have been significant technological advancements in the field of nanolithography. These include the analysis of nanometer structures in a wide range of dimensions related to dip pen nanolithography, electron beam direct or ultraviolet lithography, thereby creating significant demand for microscopes.

Analysis of the Microscopes Market is part of the Measurement & Instrumentation Growth Partnership Services program, which also includes research in the following markets: General Purpose Test & Equipment and Modular Instruments for Test & Measurement. All research services included in subscriptions provide detailed market opportunities and industry trends that have been evaluated following extensive interviews with market participants.

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Frost & Sullivan: Technological Developments Offer Growth Opportunities for Microscope Market, Despite Saturation in ...

UNLV nanotechnology camp aims to cultivate next generation of engineers

UNLV Photo

Seventeen Clark County high school students attended a hands-on, four-day nanotechnology camp at UNLV. Nanotechnology is the study of manipulating matter on an atomic and molecular scale. Its cutting-edge applications can be seen in everything from computers to machinery to building materials to medicines tofood.

By Lauren Ruvo (contact)

Wednesday, June 27, 2012 | 2 a.m.

Camp last week for a small group of Clark County high school students didnt include swimming, hiking or any of the usual recreation activities associated with summer.

But then, these students werent attending a traditional summer camp.

Instead, they were participating in a nanotechnology camp at UNLV. Nanotechnology is the study of manipulating matter on an atomic and molecular scale. Its cutting-edge applications can be seen in everything from computers to machinery, building materials to medicines and food.

The camp attracted 17 students, who attended lectures on various topics related to nanotechnology. Hui Zhao, a UNLV assistant professor of mechanical engineering, said enrollment in the camp was kept relatively low by design to allow the students to take a more hands-on approach. Once the opening day of lectures was finished, camp sessions were devoted to applying the lecture material in a laboratory setting.

Among other projects, campers made nano solar cells that generated electricity, Zhoa said.

UNLV sponsored the camp as part of a grant it received to broaden interests of high school students so that they are more likely to pursue the study of science and engineering in college.

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UNLV nanotechnology camp aims to cultivate next generation of engineers

Industrial Nanotech Launches New Nanotechnology Based Industrial Insulation and Protective Coating: Nansulate(R) Diamond

NAPLES, Fla.--(BUSINESS WIRE)--

Industrial Nanotech, Inc. (Pink Sheets:INTK), an emerging global leader in nanotechnology based energy saving and sustainable solutions announced today that the Company has launched a new product in their industrial line, Nansulate(R) Diamond. The product is a fast-cure high heat industrial insulation and corrosion prevention coating that provides energy savings and personnel protection for equipment surfaces up to 400F.

Nansulate Diamond makes an excellent addition to our nanotechnology based industrial coating line, stated Francesca Crolley, VP of Business Development for Industrial Nanotech, Inc. The product offers the same excellent combination of benefits: thermal insulation, energy savings, corrosion prevention, and resistance to moisture and weathering and offers a faster curing time and non-slip surface. This coating has been in successful trials on industrial equipment with a major international automotive manufacturer and has produced excellent results. This product fits in well with our other industrial coatings, which have been providing energy savings for our commercial and industrial clients since 2004, and offers additional options for faster curing and a textured, opaque surface. Nansulate(R) Diamond will give us the opportunity to provide solutions for more industrial applications, such as those requiring a faster cure, and give our customers the excellent energy savings and short 6-18 month payback period that they have come to expect from Industrial Nanotech products. We are taking pre-orders now, and the product will be launched and available in July.

About Nansulate(R)

Nansulate(R) is the Company's patented product line of award winning, specialty coatings containing a nanotechnology based material and which are well-documented to provide the combined performance qualities of thermal insulation, corrosion prevention, resistance to mold growth, fire resistance, chemical resistance and lead encapsulation in an environmentally safe, water-based, coating formulation. The Nansulate(R) Product Line includes industrial, residential, agricultural and solar thermal insulation coatings. Additional information about the Company and its products can be found at their websites, (www.inanotk.com) and (www.nansulate.com). Blog: http://www.nansulate.com/nanoblog, Twitter: http://www.twitter.com/NanoPioneer, Facebook: http://www.facebook.com/Nansulate.

About Industrial Nanotech Inc.

Industrial Nanotech Inc. is a global nanoscience solutions and research leader and member of the U.S. Green Building Council. The Company develops and commercializes new and innovative applications for sustainable nanotechnology which are sold worldwide.

Safe Harbor Statement

Safe Harbor Statement under the Private Securities Litigation Reform Act of 1995: This release includes forward-looking statements made pursuant to the safe harbor provisions of the Private Securities Litigation Reform Act of 1995 that involve risks and uncertainties including, but not limited to, the impact of competitive products, the ability to meet customer demand, the ability to manage growth, acquisitions of technology, equipment, or human resources, the effect of economic and business conditions, and the ability to attract and retain skilled personnel. The Company is not obligated to revise or update any forward-looking statements in order to reflect events or circumstances that may arise after the date of this release.

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Industrial Nanotech Launches New Nanotechnology Based Industrial Insulation and Protective Coating: Nansulate(R) Diamond

Research and Markets: Smart Textiles & Nanotechnologies: Applications, Technologies & Markets Report Provides Market …

DUBLIN--(BUSINESS WIRE)--

Research and Markets (http://www.researchandmarkets.com/research/z6snfm/smart_textiles_and) has announced the addition of the "Smart Textiles & Nanotechnologies: Applications, Technologies & Markets" report to their offering.

Textiles are getting smarter, and much of this is being enabled by nanotechnology. Smart Textiles and Nanotechnologies: Applications Technologies and Markets provides the most in depth look to date at the impact of nanotechnology on the global textile industry.

Detailed market figures are given from 2012-2022, along with an analysis of the key opportunities, illustrated with 98 figures and 30 tables.

With over a billion Bluetooth enabled devices on the market, ranging from smartphones to set top boxes, and new technologies such as energy scavenging or piezoelectric energy generation being made possible by the use of nanotechnologies , there are opportunities for the textile industry in new markets ranging from consumer electronics to medical diagnostics.

Market Scope:

This report provides an in-depth presentation of recent developments in nanotechnology in textiles and provides market opportunities to 2022. The market is segmented by:

- Clothing & Apparel

- Home Textiles

- Military Textiles

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Research and Markets: Smart Textiles & Nanotechnologies: Applications, Technologies & Markets Report Provides Market ...

FDA urges testing of nanotechnology in food, sunscreen

Mary Godleski / AP

By Emily Main Rodale.com

Chemicals, minerals, and other materials 40,000 times smaller than a human hair are being added to an astonishingly high number of consumer products, from peanut butter to socks to sunscreen. And in an unusual departure from its usual innocent-until-proven-guilty approach in regulating consumer goods, the Food and Drug Administration (FDA) has issued a new statement saying that such tiny technology needs more safety testing before it's used in consumer goods.

Related:The 20th Anniversary Of FDA's Biggest Mistake

At issue here is nanotechnology, the science of constructing materials so small they're invisible to most microscopes. In addition to making things like iPhones and solar panels possible, nanotechnology has been used in sunscreens, where nano-size particles of titanium dioxide and zinc oxide prevent white residues, and in food packaging, in which materials like nanoparticles of silver prevent food spoilage.

Although the technology has been in widespread use for the past decade, scientists still have very little to go on with regard to whether products that contain nanoparticles are safe. Some studies have shown that nanoparticles in cosmetics or personal care products can be absorbed by the skin and make it into your brain, causing oxidative stress (essentially, rotting of your brain cells) while others have found that ingested nanoparticles can damage the colon. Because it damages aquatic organisms and can build up in fish and other species, the Environmental Protection Agency regulates nano-silver, used in a large number of products claiming to be antibacterial, as a pesticide. The nonprofit Friends of the Earth has also warned that overuse of nanosilver can lead to antibacterial resistance and the rise of superbugs, such as MRSA.

Now, at least, the FDA has said that companies who use nanoparticles in food packaging, food additives, or other food-contact applications have to prove the technology is safe before unleashing this tiny technology on the public. Rather than falling under the category of "generally recognized as safe," as nearly all food additives do, nanoparticles will have to undergo additional safety testing, and companies will have to show documented safety records.

Related: The Supermarket Food Label You Need To Fight For

Unfortunately, the same will not hold true for cosmetics. The agency has said that cosmetics containing nanoparticles--sunscreens, lipsticks, lotions, and the like--will be regulated as all cosmetics are, which, in FDA parlance, essentially means not at all.

Even more unfortunately, the same law that allows cosmetic companies to sell untested products also allows companies to be vague on ingredient labels. Any material used in a lotion or lipstick, for instance, can be nanosize without the company informing you of that.

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FDA urges testing of nanotechnology in food, sunscreen

SU scientists use nanotechnology to replicate light produced by fireflies

Asst. Copy Editor

One day, energy provided by batteries and electricity may be replaced by the replication of one of natures bright and luminous wonders: the glow produced by fireflies.

Syracuse University scientists recently replicated the light fireflies provide by using nanotechnology. The research team, led by Matthew Maye, assistant professor of chemistry, discovered that products with multicolor string of light could function with the energy created by fireflies, according to an article published by i09.com.

Nanotechnology uses semiconductive nanomaterials, also known as quantum dots, Maye said in an email. The quantum dots accepted the energy or light from the fireflies. Maye said this light was then emitted from the dots, allowing the color to change. This process is called Bioluminescence Resonance Energy Transfer.

The main impact of this discovery is that now researchers in the field of nanoscience have some design parameters for efficient interactions between bioluminescent biomaterials, Maye said.

The idea for the project originated from a firefly experts presentation, which Maye attended. The presenter and Maye began collaborating on the project about a year and a half ago.

The Air Force Office of Scientific Research through the Department of Defense funded the project, Maye said. He indicated that a project of this kind is expensive but did not specify how much the team received in funding.

SU graduate students and undergraduates majoring in chemistry and biochemistry made up a large portion of the research team, Maye said. He credited doctorate candidate Rabeka Alam for the projects success.

She is one of the top students at SU and has an amazing future ahead of her, Maye said.

Throughout the course of a year, there were many highs and lows, Alam said in an email. In the beginning, she said, the researchers were not getting any type of result no matter how hard they tried, but this eventually changed.

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SU scientists use nanotechnology to replicate light produced by fireflies

Using nanotechnology, SU scientists replicate light produced by fireflies

Asst. Copy Editor

One day, energy provided by batteries and electricity may be replaced by the replication of one of natures bright and luminous wonders: the glow produced by fireflies.

Syracuse University scientists recently replicated the light fireflies provide by using nanotechnology. The research team, led by Matthew Maye, assistant professor of chemistry, discovered that products with multicolor string of light could function with the energy created by fireflies, according to an article published by i09.com.

Nanotechnology uses semiconductive nanomaterials, also known as quantum dots, Maye said in an email. The quantum dots accepted the energy or light from the fireflies. Maye said this light was then emitted from the dots, allowing the color to change. This process is called Bioluminescence Resonance Energy Transfer.

The main impact of this discovery is that now researchers in the field of nanoscience have some design parameters for efficient interactions between bioluminescent biomaterials, Maye said.

The idea for the project originated from a firefly experts presentation, which Maye attended. The presenter and Maye began collaborating on the project about a year and a half ago.

The Air Force Office of Scientific Research through the Department of Defense funded the project, Maye said. He indicated that a project of this kind is expensive but did not specify how much the team received in funding.

SU graduate students and undergraduates majoring in chemistry and biochemistry made up a large portion of the research team, Maye said. He credited doctorate candidate Rabeka Alam for the projects success.

She is one of the top students at SU and has an amazing future ahead of her, Maye said.

Throughout the course of a year, there were many highs and lows, Alam said in an email. In the beginning, she said, the researchers were not getting any type of result no matter how hard they tried, but this eventually changed.

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Using nanotechnology, SU scientists replicate light produced by fireflies

UK nanotechnology firm wins 'significant' investment 21st June 2012

Read moreabout the platinum group metals marketsin Johnson Matthey's bi-annual reviews click here.

UK nanotechnology firm wins 'significant' investment.

A company that has developed a method to manufacture platinum nano-electrodes on a commercial scale has won a significant investment from The North West Fund for Venture Capital.

Nanoflex, which was set up by Dr Neville Freeman and Dr Amy Farrington, won a portion of funding from the 185 million fund, which is managed by EV and financed by the European Regional Development Fund and the European Investment Bank.

It is thought their breakthrough could have a major impact in fields ranging from medical diagnostics and environmental testing to energy storage.

Nanoflex makes the Caviar 303DPt 50nm Platinum Electrode, which delivers current densities that are typically three orders of magnitude greater than those observed for conventional electrodes.

The pair, both experts in electrochemistry, set up their company at Daresbury Science and Innovation Park in 2008. They have since been working with Edinburgh University to develop their ideas using their own funds.

The new investment will help them to explore different uses and acceleratethe global sales process.

"Nano-electrodes have been manufactured within laboratories for some time and people are excited about the benefits they can offer. However until now no one has found a way to reproduce them on a commercial scale," said Dr Freeman.

"Electrodes are the basis for many of the technologies we use in everyday life. For example, in the medical field, they are used in sensors for diabetic tests and other diagnostics which millions of patients use to monitor their own conditions. Nano-electrodes offer greater sensitivity and could therefore result in better tests and the creation of new ones that have not been possible so far."

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UK nanotechnology firm wins 'significant' investment 21st June 2012

Chemist explores nanotechnology in search of cheaper solar cells

(Phys.org) -- Luke Hanley is a big believer in harnessing solar energy to produce electricity. Doing it more efficiently is his goal.

"If you could make solar cells cheaper and more efficient, then you could think about putting them on a much wider variety of surfaces," said Hanley, professor and head of chemistry at the University of Illinois at Chicago.

"There's only a certain amount of energy that falls from the sun per square meter. You can't increase that amount of energy, but you can make it less expensive to capture it," he said.

Hanley received a $390,000 grant from the National Science Foundation to test methods of coating solar panel films using nanoparticles from a chemical group called metal chalcogenides. The inexpensive films could be wrapped over everything from vehicles to buildings to gain maximum sunshine exposure and produce electricity.

Chalcogenides are fairly abundant, relatively cheap, and don't contain toxic elements like cadmium or tellurium, which are often used in solar cells.

"Using less expensive, less toxic materials -- and using processes where you could coat inexpensively and not use much of the material -- could make these solar cells more viable," Hanley said.

Working with Igor Bolotin, research assistant professor of chemistry, and graduate students Mike Majeski and Doug Pleticha, Hanley developed a method for depositing metal chalcogenide nanoparticles by cluster beam deposition. The process uses a magnetically confined electrical discharge of argon gas ions to knock metal atoms into the gas phase and react with hydrogen sulfide or hydrogen selenide. The metal-sulfide or metal-selenide then condenses into nano-sized clusters that land on a surface to produce the film.

"If you can do everything from the gaseous deposition stage, you might make the process less expensive, Hanley said. You also may make a novel material that has a better efficiency."

Hanley and his coworkers will evaluate the electrical properties of these new films and study how they respond to light. He thinks that using different chemicals for nanoparticle-embedded solar films could create new products some two to three times more efficient than products now on the market, making solar energy more competitive.

But Hanley noted there are other factors to consider besides price.

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Chemist explores nanotechnology in search of cheaper solar cells

UIC Chemist Explores Nanotechnology in Search of Cheaper Solar Cells

Newswise Luke Hanley is a big believer in harnessing solar energy to produce electricity. Doing it more efficiently is his goal.

"If you could make solar cells cheaper and more efficient, then you could think about putting them on a much wider variety of surfaces," said Hanley, professor and head of chemistry at the University of Illinois at Chicago.

"There's only a certain amount of energy that falls from the sun per square meter. You can't increase that amount of energy, but you can make it less expensive to capture it," he said.

Hanley received a $390,000 grant from the National Science Foundation to test methods of coating solar panel films using nanoparticles from a chemical group called metal chalcogenides. The inexpensive films could be wrapped over everything from vehicles to buildings to gain maximum sunshine exposure and produce electricity.

Chalcogenides are fairly abundant, relatively cheap, and don't contain toxic elements like cadmium or tellurium, which are often used in solar cells.

"Using less expensive, less toxic materials -- and using processes where you could coat inexpensively and not use much of the material -- could make these solar cells more viable," Hanley said.

Working with Igor Bolotin, research assistant professor of chemistry, and graduate students Mike Majeski and Doug Pleticha, Hanley developed a method for depositing metal chalcogenide nanoparticles by cluster beam deposition. The process uses a magnetically confined electrical discharge of argon gas ions to knock metal atoms into the gas phase and react with hydrogen sulfide or hydrogen selenide. The metal-sulfide or metal-selenide then condenses into nano-sized clusters that land on a surface to produce the film.

"If you can do everything from the gaseous deposition stage, you might make the process less expensive, Hanley said. You also may make a novel material that has a better efficiency."

Hanley and his coworkers will evaluate the electrical properties of these new films and study how they respond to light. He thinks that using different chemicals for nanoparticle-embedded solar films could create new products some two to three times more efficient than products now on the market, making solar energy more competitive.

But Hanley noted there are other factors to consider besides price.

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UIC Chemist Explores Nanotechnology in Search of Cheaper Solar Cells

India Nanotechnology Market Analysis by Netscribes Recently Published at MarketPublishers.com

New market research report “Nanotechnology Market in India 2012” worked out by Netscribes has been recently published by Market Publishers Ltd. The report informs that the possibilities with nanotechnology applications are unlimited in India today.London, UK (PRWEB) June 15, 2012 With rising awareness and large amount of R&D dedicated towards nanotechnology, the future seems bright for the same ...

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India Nanotechnology Market Analysis by Netscribes Recently Published at MarketPublishers.com

DCC gets teachers friendly with nanotechnology

Encouraging students to study nanotechnology can be intimidating.

So, Danville Community College is devoting certain classes to get teachers accustomed to the new field of study at the high school level.

The NanoTEACHworkshops are open to all K-12 teachers as well as college instructors. The sessions will familiarize educators with the basics of nanotechnology and then help participants develop lesson plans that can be taken back for immediate use in theK-12 classroom, according to the classs description.

Nanotechnology is the study of manipulating matter at a subatomic and molecular level and applying it to science and technology. It is being used in new ways in all kinds of business, health care and technological developments, according to nanotechnology workshop coordinator Mandy Stowe.

Stowe said the study is being used for all types of things like developing new chemicals for plants and pesticides, new ideas for environmental cleanups like oil spills and different types of cancer drugs that can specifically target tumors.

DCC already offers an associates degree in applied science with nanotechnology as well.

DCC is doing nanotechnology so students will get involved in it at an early age, said Stowe. So a lot of businesses will look at Danville because of this DCC program.

Some of the businesses are already here. Luna Innovations specifically their division Luna Nanoworks is in Danville working on pharmaceuticals with this technology. High-tech company IRflex Corp. is in Pittsylvania County.

DCC has been working to train local locals with the right skills for the jobs that may come to the area. Stowe said she hopes by getting high school teachers in the NanoTEACH workshops, they can familiarize high school students with nanotechnology, so it isnt so intimidating when they arrive in college.

Beverly Clark III, who has a doctorate in physics, serves as the head of the nanotechnology program at DCC. He believes this area can be known for having science technicians through programs like this. The school is also trying to partner with local businesses to create new courses to help improve the training of their employees. And several online courses are in development.

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DCC gets teachers friendly with nanotechnology

Laying down the law on nanotechnology | Steven Vaughan

Regulating nanotechnology is fraught with difficulties. Current environmental law simply doesn't apply on the nano-scale The first asbestos mine opened in Quebec in 1874. By the 1950s, asbestos was being widely used as an insulator, a flame retardant and as 'flocking' (fake snow). Today, we know that asbestos fibres can burrow into the lungs and cause asbestosis, lung cancer and mesothelioma ...

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Laying down the law on nanotechnology | Steven Vaughan

UPDATE 1-Nanotechnology business boosts Oxford Instruments' profit

* FY adj profit 42 mln stg vs 26.2 mln last year

* Rev up 29 pct to 337.3 mln stg

* Raises final div 12 pct to 7.23 pence

June 12 - High (Euronext: HCO.NX - news) -technology tools maker Oxford Instruments Plc said its full-year adjusted profit rose 60 percent on strong performance across its nanotechnology, industrial and services business.

The company said revenue from its nanotechnology business, which represents 44 percent of total revenue, rose 26 percent to 154 million pounds ($238.87 million).

Revenue from industrial products rose 28.5 percent to 129.1 million pounds while services business sales grew 32.5 percent to 56.3 million pounds.

Revenue rose 29 percent to 337.3 million pounds.

April-March adjusted pretax profit rose to 42 million pounds from 26.2 million pounds.

Order intake was up 23.5 percent at 337.8 million pounds.

Shares in the company, which raised its final dividend by 12 percent to 7.23 pence, closed at 1208 pence on Monday on the London Stock Exchange (LSE: LSE.L - news) . ($1 = 0.6447 British pounds) (Reporting by Monika Shinghal in Bangalore;)

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UPDATE 1-Nanotechnology business boosts Oxford Instruments' profit