Innovative Research on Microcantilevers by Purdue University

Innovative Research on Microcantilevers by Purdue University

Research has been done for the development of small vibrating microcantilever sensors which can be used to identify biological and chemical agents.

Researchers have learned how to improve the performance of sensors that use tiny vibrating “microcantilevers,” like the one pictured here, to detect chemical and biological agents for applications from national security to food processing. (Vijay Kumar, Birck Nanotechnology Center, Purdue University)

These sensors can be used for the detection of DNA and proteins and for biological analysis of gas, liquid and air. They can also be used for monitoring water and food quality, industrial food processing and in-breathe analyzers and defense and national security.

Microcantilevers are tiny silicon pieces which appear like diving boards. The weight and constitution of a particle can be determined by a change in the frequency of the particle when it contacts the microcantilever.

Researches on tiny sensors show that particle mass can be determined by a change in amplitude or movement of diving board than depending on frequency.

Jeffrey Rhoads, Assistant Professor, Mechanical Engineering, Purdue University said they have invented high-sensitivity, reliable, small scale, low power sensors. The study is published as a paper in the Journal of Microelectromechanical Systems which is written by Rhoads, George Chiu, J.William Boley and Vijay Kumar. The project was done at Dynamic Analysis of Micro and Nanosystems lab at Purdue’s Birck Nanotechnology Centre.

The objective of the study was to create sensors, which are able to measure minute particles with particle mass less than one picogram under ambient temperature and pressure. The project was carried out in a compartment containing exactly the required amount of methanol. They have concentrated on the measurement of lower quantity of gases. The invention is yet to be patented.

Source: http://www.purdue.edu

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Australians risking skin cancer to avoid nanoparticles

Australians risking skin cancer to avoid nanoparticles

More than three in five Australians are concerned enough about the health implications of nanoparticles in sunscreens to want to know more about their impact. And while the initial scientific information released suggests little cause for alarm, it does justify the community’s confusion.

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That’s the message that emerges from a survey and three research papers on nanoparticles in sunscreens presented at the 2012 International Conference on Nanoscience and Nanotechnology (ICONN) in Perth this week.

Researchers reported that:

• some sunscreens that claim to be nano-free do in fact contain nanostructured material – highlighting the need for clear nano definitions;

• claims of the dangers of nano metal oxides in sunscreen might be overstated; and

• a very small amount of zinc from zinc oxide particles in sunscreens is absorbed through human skin

The Cancer Council of Australia reports that we have one of the highest rates of skin cancer in the world, with over 440,000 people receiving medical treatment for skin cancers each year, and over 1,700 people dying of all types of skin cancer annually.

The survey of public attitudes towards sunscreens with nanoparticles, commissioned by the Australian Department of Industry, Innovation, Science, Research and Tertiary Education and conducted last month, showed that about 17% of people in Australia were so worried about the issue, they would rather risk skin cancer by going without sunscreen than use a product containing nanoparticles.

Scientists from Australia’s National Measurement Institute and overseas collaborators reported on a technique using the scattering of synchrotron light to determine the sizes of particles in sunscreens. They found that some commercial sunscreens that claim to be ‘nano-free’ do in fact contain nanostructured material. The findings highlight the need for clear definitions when describing nanomaterials.

Researchers from RMIT and Nanosafe Australia reported on studies using human cells that show zinc oxide and titanium oxide particles used in sunscreens are as well-tolerated as zinc ions and conventional chemical sunscreens in human cell test systems.

A joint CSIRO and Macquarie University study found that a very small amount of zinc from zinc oxide particles in sunscreens is absorbed through human skin under normal conditions of sunscreen use but that it is a very small fraction of the levels of zinc normally found in blood. It is not known if the absorbed zinc is in the form of soluble zinc ions or zinc oxide particles.

When zinc oxide and titanium dioxide in sunscreens are reduced to the nanoscale they make the sunscreen transparent. The Australian Therapeutic Goods Administration has released a statement on safety of sunscreens containing nanoparticles that concluded: “… the current weight of evidence suggests that TiO2 (titanium dioxide) and ZnO (zinc oxide) nanoparticles do not reach viable skin cells, rather, they remain on the surface of the skin and in the outer layer of the skin…”

More information: More at http://www.tga.gov … s-060220.pdf
The full survey data is available at: http://www.innovat … ace-research
For more information on nanoparticles and sunscreens: http://cancer.org. … unscreen.htm

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Industrial Nanotech Announces First Sale of Nansulate Coatings to Nuclear Power Facility

Industrial Nanotech Announces First Sale of Nansulate Coatings to Nuclear Power Facility

Industrial Nanotech has declared the first sale of Nansulate, its patented protective and insulation coating line based on nanotechnology, to a nuclear power facility located in the US.

The nanotechnology-based coating line delivers efficient thermal insulation with superior weathering resistance and significant protective performance features such as lead encapsulation, ultraviolet resistance, moisture resistance, and corrosion prevention. Lead encapsulation is one of the issues during decommissioning nuclear plants.

Industrial Nanotech’s Vice President of Business Development, Francesca Crolley commented that while some nations are decommissioning nuclear plants, other countries have proposals to construct more nuclear facilities in order to fulfill the energy demands of rising population. The novel technology offers opportunities to the company to serve as a value added partner in both scenarios. The company’s thermal insulation coatings are utilized to insulate devices in order to decrease heat loss and improve energy efficiency in current nuclear plants. Moreover, there is a requirement for lead abatement when decommissioning nuclear facilities.

Crolley further said that Nansulate coatings offer cost-saving thermal insulation properties that withstand adverse conditions and facilitate the encapsulation of surfaces contaminated with lead for environmental safety. The company has already started initial projects with facilities in the United States utilizing its nanotechnology-based products. The company’s market focus for this year will be power generation plants such as solar, wave, wind, oil and gas, coal and nuclear in order to reinforce the presence and benefits of its sustainable nanotechnology for energy-efficient power production, Crolley concluded.

Source: http://www.industrial-nanotech.com

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Symposium to Explore Nanotechnology’s Economic Impacts

Symposium to Explore Nanotechnology’s Economic Impacts

Experts from around the world will participate in next month’s International Symposium on Assessing the Economic Impact of Nanotechnology, which will be hosted by the American Association for the Advancement of Science.

Registration opens Feb. 10 for next month’s International Symposium on Assessing the Economic Impact of Nanotechnology, a top-level meeting that will be hosted by the American Association for the Advancement of Science (AAAS) and sponsored by the Organization for Economic Cooperation and Development in collaboration with the U.S. National Nanotechnology Initiative. Speakers from all over the world are participating in the March 27-28 event held at the AAAS in Washington, D.C.

The meeting aims to evaluate methodologies for assessing nanotechnology’s impact across whole economies by considering the impacts of new and replacement products and materials, new markets, intermediate and final goods, and employment.

The list of confirmed speakers includes Gregory Tassey of the National Institute of Standards and Technology, Mark Morrison of Britain’s Institute for Nanotechnology, Kazunobu Tanaka of the Japan Science and Technology Agency, Joseph Molapisi of South Africa’s Department of Science and Technology, Julia Lane of the National Science Foundation, Travis Earles (senior manager of Advanced Materials & Nanotechnology Initiatives at Lockheed Martin), Kristen Loughery of EPA, and many others.

Registration is first-come, first-served until capacity is reached, according to NNI.

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Nanotechnology Stocks; mPhase Technologies, Inc. (OTC.BB:XDSL) in Negotiations With Private Equity Group

Nanotechnology Stocks; mPhase Technologies, Inc. (OTC.BB:XDSL) in Negotiations With Private Equity Group

LITTLE FALLS, NJ – February 9, 2012 (Investorideas.com Newswire) – mPhase Technologies, Inc. (OTC.BB: XDSL.OB) announced today that it is in negotiations with a Private Equity group to invest a minimum of $2 million in mPhase. The Private Equity investment would enable the Company to avoid continuous financings in the public markets and would also bring a new Board Member to the Company with a solid foundation in cost reduction and marketing. This would accelerate the time to market for the Company’s products. The acceleration to market in the consumer products area would supplement the Company’s continued pursuit to receive government funding for its SmartNanoBattery and other products related to its Smart Surface Technology.

About mPhase Technologies, Inc.
mPhase Technologies is introducing a revolutionary Smart Surface technology enabled by breakthroughs in nanotechnology, MEMS processing and microfluidics. Our Smart Surface technology has potential applications within drug delivery systems, lab-on-a-chip analytic systems, self-cleaning systems, liquid and chemical sensor systems, and filtration systems. mPhase has pioneered its first Smart Surface enabled product, the mPhase Smart NanoBattery. In addition to the Smart Surface technology, mPhase recently introduced its first product, the mPower Emergency Illuminator, an award-winning product designed by Porsche Design Studio and sold via the mPower website:
http://www.mpowertech.com. More information about the company can be found at http://www.mPhaseTech.com.
Forward-Looking Statements
As a cautionary note to investors, certain matters discussed in this press release may be forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Such matters involve risks and uncertainties that may cause actual results to differ materially, including the following: changes in economic conditions; general competitive factors; acceptance of the Company’s products in the market; the Company’s success in technology and product development; the Company’s ability to execute its business model and strategic plans; and all the risks and related information described from time to time in the Company’s SEC filings, including the financial statements and related information contained in the Company’s SEC Filing. mPhase assumes no obligation to update the information in this release.
Contact:
973-256-3737
mPhase Technologies, Inc.

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Iran to Hold 4th Int’l Congress on Nanoscience

Iran to Hold 4th Int’l Congress on Nanoscience, Nanotechnology

TEHRAN (FNA)- Nanoscience and Nanotechnology Research Center of Kashan University is slated to hold the Fourth International Congress on Nanoscience and Nanotechnology (ICNN2012) from September 8 to 10, 2012.

The organizers of the congress, which is due to be held in Kashan University, seek to create an opportunity for interaction between the Iranian researchers and their foreign colleagues.

Provision of an opportunity to introduce the latest progresses in the field of nanotechnology and strengthening cooperation between the Iranian and foreign researchers in this field are among the objectives of this congress.

The scopes of the congress are as follows:

- Nanocatalysts
- Nano-metrology
- Nanocomposite
- Nanomechanics
- Nanobiotechnology
- Nanophotonic
- Nano-electronics and nanosensors
- Carbon nanomaterials such as fullerene, nanotubes, graphene.

Researchers are required to submit their articles to the secretariat of the congress before May 3, 2012.

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City Colleges of Chicago Moves Toward Nanotechnology Curriculum With NanoProfessor Nanoscience Education Program

City Colleges of Chicago Moves Toward Nanotechnology Curriculum With NanoProfessor Nanoscience Education Program

Partnership With NanoProfessor Program Builds on City Colleges of Chicago’s College to Careers Program and Meets Growing Demand for Nanotechnology-Focused Workforce

SKOKIE, IL–(Marketwire -02/02/12)- NanoProfessor®, a division of NanoInk®, Inc. focused on nanotechnology education, announced today a partnership with City Colleges of Chicago in which two City Colleges students will complete a specially designed “Introduction to Nanotechnology” course followed by a paid summer internship program working in the Skokie-based NanoProfessor labs.

It marks the first step by City Colleges to prepare students for careers in the growing field of nanotechnology. During the course of the program, the selected students will receive valuable hands-on training and experience with instrumentation used in the nanotech industry that could directly lead to a nano-focused job following their graduation.

“Our partnership with NanoProfessor will offer our students an unprecedented opportunity to build valuable technical skills and gain real-world experience in the growing nanotechnology industry,” said Cheryl L. Hyman, chancellor of City Colleges of Chicago. “The NanoProfessor internship is a great start and we look forward to expanding this and other key industry relationships that allow us to offer our students cutting-edge education to prepare them to launch careers in high-demand fields.”

The internship program is part of the recently announced Colleges to Careers program, which is a partnership between City Colleges of Chicago and industry leaders to fill the skills gap and ensure residents can win the jobs of today and tomorrow.

“We are very excited to partner with City Colleges of Chicago and help meet Mayor Emanuel’s goal of matching education and training with 21st century careers,” said Dean Hart, chief commercial officer at NanoInk. “Moving forward, we hope to expand the program to reach even more students at City Colleges of Chicago.”

Mike Davis, associate vice chancellor for Science Technology Engineering and Math at City Colleges, has been a strong advocate for the tie between classroom experience and workplace skills. “Experiences like this are true game changers. Once you see what the larger world has to offer, classes have a whole new meaning.”

Significant investment in nanotechnology research over the past decade is providing innovations and breakthroughs in many industries including biotechnology, electronics, alternative energy and medicine. As these innovations evolve into commercially viable products, companies need a workforce with the knowledge and skill of working at the nanoscale in order to fully commercialize their products and become successful entities. Unfortunately, many companies go wanting as there is a significant global gap between the estimated 400,000 researchers in nanotechnology today and the 6 million nano-savvy workers projected by the National Science Foundation (NSF) to be needed globally by 2012. The need for nanoscience education for undergraduate students is not only growing but also immediate.

City Colleges students wishing to apply for the NanoProfessor internship need to submit a resume, cover letter, transcripts (official or unofficial), and a letter of recommendation from a professor by Friday, February 10. Students must be a current City Colleges student with a cumulative GPA of 3.5 or higher and have already completed Chemistry 201 or higher, Math 143 or higher, Physics 221 or higher and English 101. More information can be found at www.ccc.edu/internships.

NanoInk, NanoProfessor, and the NanoProfessor logo are trademarks or registered trademarks of NanoInk, Inc.

About the NanoProfessor® Nanoscience Education Program
The NanoProfessor Nanoscience Education Program aims to advance the field of nanoscience and address the growing need for a skilled workforce of nanotechnologists. The NanoProfessor Program, including instruments, an expert-driven curriculum, and student/teacher support materials, is available for community colleges, technical institutes, and universities worldwide. More information is available at www.NanoProfessor.net or (847)679-NANO(6266). You can also follow NanoProfessor on Facebook® at www.facebook.com/pages/NanoProfessorTM/367787368082.

About the City Colleges of Chicago
The City Colleges of Chicago (CCC) is the largest community college system in Illinois and one of the largest in the nation, with 5,800 faculty and staff serving 120,000 students annually at seven colleges and seven satellite sites city-wide. The City Colleges of Chicago is in the midst of a Reinvention, a collaborative effort to review and revise CCC programs and practices to ensure students leave CCC college-ready, career-ready and prepared to pursue their life’s goals.

The City Colleges of Chicago includes seven colleges: Richard J. Daley College, Kennedy-King College, Malcolm X College, Olive-Harvey College, Harry S Truman College, Harold Washington College and Wilbur Wright College. The system also oversees the Washburne Culinary Institute, the French Pastry School, two restaurants, five Child Development Centers, the Center for Distance Learning, the Workforce Institute, the public broadcast station WYCC-TV Channel 20 and radio station WKKC-FM 89.3. For more information about City Colleges of Chicago, call: (773)COLLEGE or visit www.ccc.edu.

Contact:

Media
Joshua Taustein
Dresner Corporate Services
(312)780-7219
jtaustein@dresnerco.com
David Gutierrez
Dresner Corporate Services
(312)780-7204
dgutierrez@dresnerco.com
Katheryn Hayes
City Colleges of Chicago
(312)553-2719
khayes32@ccc.edu

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Danaflex, Rusnano Combine Forces in Danaflex-Nano

Dealbook: Danaflex, Rusnano Combine Forces in Danaflex-Nano

One of the machines in the Danaflex-Nano factory, a 2.45 billion ruble joint venture between Danaflex and Rusnano. Kira Maslova/KH.

On 11 November 2011, Danaflex and Rusnano celebrated the official opening of a factory owned by Danaflex-Nano, a 2.45 billion ruble ($81 million) joint venture between the two companies created to produce nanotechnology-infused flexible packaging material.

The selection of this date was not accidental, but carefully planned to coincide with the 10-year anniversary of the foundation of Danaflex, a Tatarstan-based company that has come a long way since it was founded by a small group of friends back in 2001.

The high-barrier flexible packaging that Danaflex-Nano is producing in a new factory on the grounds of Technpark Khimgrad is a superior choice for packaging foodstuffs, household chemicals, cosmetics, and animal feed because it better preserves the contents, extending a products shelf life and allowing for a reduced use of preservatives. The packaging is also microwavable.

In December, this nanotechnology packaging was awarded “Best Product of 2011” during the 3rd Annual Nanotechnology Exhibition in Kazan. “Every producer is interested in lengthening the life of his goods, whether on the shelf in a store or in the consumer’s home,” Danaflex President Airat Bashirov was quoted as saying in a press release concerning the opening of the Danaflex-Nano factory.

Bashirov’s company has poured 1.25 billion rubles into Danaflex-Nano (giving it a 51 per cent controlling share in the company), an investment that Rusnano matched with 1.2 billion rubles of its own (49 per cent). Equipped with state-of-the art German, Dutch, and Italian machinery—some of which can print 1,000 meters of packaging per minute—Danaflex-Nano is not shy about stating its plans for the future. A placard hanging in a hallway in the new factory entitled “Development Plan For Danaflex-Nano” states the company’s goal to sell 34,185 tons of packaging in 2012 (7,000 tons of which constitute nanotechnology packaging). In 2014, projected sales will be 48,115 tons of packaging (11,000 tons of which are nanotechnology packaging). By 2015, the company expects to sell 6 billion rubles worth of packaging and 20 per cent as export.

From Birth to Rusnano

Airat Bashirov was working for Dialog-Invest more than 10 years ago when he was invited by his friends to join a new investment project. The plan was simple—purchase the most sophisticated machinery available in Europe and put it to work in Russia’s cheap labor market. At first Bashirov was only an investor, but that changed quickly. “I saw the huge development potential of this company and took over its management myself,” he explained in an interview with The Kazan Herald. “I sold all my other interests, invested all the money that I had in the company, and focused all my energy on it.”

The first few years were made difficult because of a lack of experience combined with fluctuations in the market price, but Danaflex continued to invest more and more in the company, building up a critical mass. By 2004, the company had mastered the process well enough to become the leading packaging supplier for mayonnaise in Russia. As the company continued to grow, it became apparent that they needed to build a new factory. “We began looking for financial investors when we understood that we couldn’t continue to grow on this site, it was too small for us,” Bashirov said in his office in the company’s first factory on ulitsa Rodiny. “And so we started to look for different financial investors.”

The company spoke with a number of private equity funds, but all of them suggested terms that Danaflex did not consider agreeable. Finally, in 2008, Danaflex found a potential investor in Rusnano (at the time named Russian Corporations of Nanotechnologies). A 100 per cent government-owned company founded to bring nanotechnology production to 900 billion rubles by 2015, Rusnano had been looking for investment opportunities in Tatarstan, which they found in Danaflex, a company that prides itself in constantly looking for ways to innovate. “For us, the word nanotechnology was unfamiliar at the time when we chose this project,” Bashirov said. “When we chose this project, it was simply because we wanted to make a high-quality barrier film.”

Equally important, however, was the equity that Rusnano brought to the table. “Without them it would be hard to imagine investments of such a scale,” said Bashiov, explaining that he views Rusnano not as a government organization as much as a financial investor, entering and exiting “like a private equity fund.”

Some of Danaflex’s clients have already switched over to the new packaging, explained Danaflex-Nano marketing manager Albert Akhmetov during a tour of the new factory at Technopark Khimgrad, but the first Danaflex factory continues to work. Bashirov explained that it will take time for many of Danaflex clients to switch over to the new packaging, but also stressed that the new product line supplements rather than replaces the company’s other lines: Danaflex will continue to produce its regular product lines, since higher-quality packaging is not necessary for all of their clients.

Public Support for Private Business

Four figures took the stage at the ceremonial opening of the new factory in November—Danaflex President Airat Bashirov, Rusnano CEO Anatoly Chubais, Danaflex-Nano General Director Viktor Molokin, and President of Tatarstan Rustam Minnikhanov. Indeed, from the outset, the Republic of Tatarstan played an important role in the extended courtship between Danaflex and Rusnano.

The union of the two companies was a strong move, according to Linar Yakupov, Chief Executive of the Tatarstan Investment Development Agency. “Danaflex has always been very interesting, it has always experimented with new technologies and continues to do so,” Yakupov explained to The Kazan Herald. “The company is always looking for more effective methods of production, so as to maintain its market position.” This “correct approach to business” was attractive to Rusnano, but Yakupov added that the “constant support of the Tatarstan government” was an equally important factor in Rusnano’s decision to invest in Danaflex-Nano.

“Rusnano knows that Tatarstan always vouches for any project that it brings up,” Yakupov explained. “A great deal has been done to avoid delays so that the project advanced as quick as possible, and the President even made a personal effort to stay abreast of the development of the Danaflex project.”

For Yakupov, the completion of this deal sends a clear message to potential investors that both federal and regional government are interested in helping projects develop.

Bashirov was careful to point out that Danaflex has always been and still is a private company. “I consider this project not a private public partnership, but rather private business,” he explained. “We don’t have government participation. There is Rusnano, but we view it as a financial investor, as a fund.” In his opinion, Public Private Partnerships (“Chastno-Gosudarstvennoe partnerstvo” in Russian) are not as effective as private businesses.

Nevertheless, Bashirov, had nothing but praise for the business climate that Tatarstan has created for private businesses to operate in. “If we had been in a different place—in Moscow, in St. Petersbug—I don’t know if we would have been able to achieve such rapid growth and become such a large company,” he said. “It is not only possible but profitable to do business here.” As an example, he explained that the new Danaflex-Nano factory was allowed to connect to the electrical grid for free—“in Moscow we would have had to pay hundreds of millions of rubles to do this,” he exclaimed—adding that, as an investment project, Danaflex-Nano gets tax breaks on assets and on profit from Tatarstan. “The republic’s leadership, in actions rather than in words, demonstrates its practical support,” Bashirov added. “I wouldn’t have built my second factory here if I felt that something wasn’t right.”

Made in Russia

Danaflex-Nano currently operates in Russia, Belarus, and Kazakhstan, but the company hopes to expand its client-base in Europe, so that exports constitute 20 per cent of sales by 2015. The company has already been audited by quality control regulators, Akhmetov explained during the tour of the factory, and has been approved for sales on the European markets. The company has opened a sales office in Ukraine and has a sales representative in Germany. “We see that we can offer high-quality product at a price lower than the one that currently exists in Europe,” Bashirov underscored, before adding that it would take time to impress this fact on the continent’s conservative market: “It is difficult to convince manufacturers to purchase raw material—in this case, packaging—from Russian companies.” For now, Bashiov and his team are working “step-by-step” to increase their presence in this market.

Foreign skepticism of Russian companies “is well known,” commented Jonathan Fianu, Managing Partner of PPP Local, a Russio-British consultancy firm operating in Tatarstan. “You have to be overly transparent, you have to develop a good client history, financials, and so on….The other half is dogged determination.” Even so, Fianu believes that Danaflex will be successful in entering the European market. “I am sure Danaflex will work it out in due course. It’s a company with serious prospects, and now a serious partner.”

source:

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Nanotechnology Brings in a Way to Poultry Health and Hygiene

Nanotechnology Brings in a Way to Poultry Health and Hygiene

EU – Red-mite are a menace to poultry farmers the world over, writes Shiva Balivada, Co-Founder of NanoLandGlobal.

In a paper published on Nanotech_Now, he says that these insidious insects are difficult to see, hunt at night and target roosting hens, feeding on their blood.

Red Mite change colour from brown to red following a full meal.

They leave chickens irritable, aggressive, reduce their productivity (can prevent laying) and cause anaemia throughout flocks.

Poultry farmers try all sorts of solutions to reduce infestation, from power-washing and aggressive chemical sprays (some try annual diesel washes to sheds) to even using flame-throwers.

The insects breed rapidly in a seven day cycle, are active in the warm summer months and can be very distressing to flocks and financially challenging to businesses.

He says that Red Mite can live for six months without food, are difficult to locate and can replicate quickly.

He adds that whilst test are still ongoing, treatment of key surfaces areas within poultry sheds with Nano-Fluids can lead to major benefits for the protection and hygiene of poultry stock.

“Nano smart fluids by mimicking natural insect repellent molecules can drive lice and red mite out of buildings for ever,” he says.

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Nano tech is subject of pub talk

Nano tech is subject of pub talk

Informal lecture will take place at Calapooia Brewing Co. in Albany

University of Oregon scientist David C. Johnson will take the minuscule world of nanotechnology on the road to Albany for an informal “science pub” at 6:30 p.m. Wednesday, Feb. 8, at Calapooia Brewing Co., 140 Hill St. N.E.

In his talk, “Nanotechnology: Unveiling the big world of the very small,” Johnson will describe how materials barely a billionth of a meter in size are about to revolutionize such things as computer technology, renewable energy, medicine and building materials.

The event is open to the public. Admission is free, but visitors will be responsible for the costs of their food and beverages.

Visitors under age 18 are welcome; however, a guardian or other responsible adult should place their food and beverage orders.

Science pubs originated in the 1990s in the United Kingdom and have since spread in popularity across the United States, with more than 150 cities hosting these informal lectures combined with food and drink, according to USA Today in December.

The National Science Foundation-supported Center for Sustainable Materials Chemistry — led by researchers at the UO and Oregon State University — is sponsoring the Albany science pub.

Johnson, a center co-director responsible for educational efforts, is the UO’s Rosaria P. Haugland Chair in Pure and Applied Chemistry.

He joined the UO faculty in 1986, and takes a non-traditional approach to chemical synthesis that has resulted in the development of many new materials with practical applications.

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