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Sunday, July 31, 2011

Problem of gap of information can impede realization of 1Malaysia

The people in Peninsular Malaysia and Sarawak and Sabah, sometimes referred to as Borneo states, must nurture strong interests to know places outside their own in the country in the true spirit of 1Malaysia to uphold Malaysia as a truly united and integrated nation towards the year 2020 and beyond.

The country cannot afford to have people with the gap of information among them. For example, some young people in Peninsular Malaysia still ask their new friends or colleagues or university mates from Sarawak, much to their disgust, whether they still live on trees? 

Chinese New Year 2011 at Miri Fan Square

Obviously, this is typical example of the gap of information as those concerned do not have interests to know about Sarawak as a modern State, with every potential to become the fastest growing state in the country. They do not have interests to know that even 200 years ago, it was difficult to find somebody living on trees in Sarawak. Now young children, those in urban areas in particular, yearn to have play houses on trees.

Admittedly, with 4% of poverty remaining, some people may yet to afford houses and squat on State land but still they do not live on trees.  Obviously, the problems of having no interests in knowing about places outside ones’ own must be corrected.  

Generally, the people must consider themselves first and foremost as Malaysians.  For us in Sarawak, we are Malaysians of Anak Sarawak or Anak Sarawak Rakyat Malaysia.  This is called emotional loyalty, ready-made emotional loyalty. 

This is attributable in part to the education system that has brought the people from longhouses, traditional villages first to Batu Lintang and later to Kanowit secondary School schools and Tanjung Lobang Secondary school.  The elite schools were St Joseph’s and St. Thomas’s secondary schools. The other like Dragon secondary and Simanggang secondary schools came in the early 60s. The schools brought together the Bidayuh, Iban, Melanau, Orang Ulu, Chinese children to meet and interact among them. 

Mukah Kaul Celebration
Some of them could be less than 10 years old and had to stay in schools; something that did not happen anywhere else in Malaysia.  At one time Sarawak got one of the biggest populations of school boarders because the Government must make education available to the rural people; education was not a problem to urban population.  There were and still are Bumiputras in Chinese schools too. 

Therefore, the local people comprising of various ethnic groups, religious beliefs and different background, could know each other in schools, through inter-marriages; for example, there are more inter-marriages between orang Ulus and Bidayuhs now; the Bidayuhs used to be confined to Kuching in the South and the Orang Ulu in the North.  But somehow they meet and get married.  This is what is happening in Sarawak, it is good; this is typical example of Anak Sarawak. The concept of Anak Sarawak is very important. And when the local people go to Peninsular Malaysia, they tend to group together because they are more familiar with each other and have a strong feeling of comradeship among them.

Obviously, because Sarawak is separated far apart by South China Sea from Peninsular Malaysia, the people in both regions do not have a similar background of interacting with each other.  They begin to interact quite late at secondary school, college and university levels only. Sarawak has been sending children to study in secondary schools in Peninsular in the mid-70s. The process may be slow but it provides the basis for the people to consider themselves first as Anak Sarawak, citizens of Malaysia.  

The concept of Rakyat Malaysia cannot be taken lightly. Sometimes we don’t appreciate how lucky we are as Malaysians. For example, everybody, unlike in some countries, has the right to go to school. The grading of a school is being made depending on performances of students. More importantly children can come up all the way to the university. Internationally, Malaysians, whether they come from Sarawak or Sabah feel more Malaysians than as Sarawakians or Sabahans. For example, Pehin Sri Abdul Taib recalls when he saw another Malaysian, even in the early days as Minister in New York, he took immediately steps to cross the road to introduce himself as a Malaysian.

National Level Gawai Dayak Celebration 2011

Generally, Malaysians should consider themselves fortunate to have been able to inherit the uninterrupted national development that was started during the time of the late YTM Tunku Abdul Rahman and Tun Abdul Razak until now. The development in Sarawak started by Tan Sri Datuk Amar Stephen Kalong Ningkan, Dato Tawi Sli and Tun Abdul Rahman and being pursued vigorously by Pehin Sri Abdul Taib until now. 

Nearly a third of Malaysia is Sarawak, which has a population scattered over a wide area in over 6,000 settlements comprising of traditional villages and longhouses. About 60% of the villages and longhouses, each has less than 50 families. The demographic pattern posed a huge problem to the early development of Sarawak namely how to get the economy moving. Then the persistent question was how to build roads to connect nearly 6,000 settlements throughout the State? It would take about 200 years to do so. Then the State was poor and it did not have money for the purpose.

More importantly, the State Government had to think of how to spread education to the people, those in remote and isolated areas in particular.  Generally, it had to work hard to uplift the standard of health and socio-economic well beings of the people with the scattered nature of the population. No other states in the country face that kind of situation; even the smallest village in Peninsular Malaysia is only one or two miles away from a centre of big population. 

Chief Minister, Pehin Sri Haji Abdul Taib Mahmud, often admits that the high incidence of poverty of more than 40%, when he first took the helm of the State Government on March 26,1981 preoccupied his mind. He was concerned whether he could conquer poverty or not. Since then the incidence of poverty has dropped to about 4%.

Hari Raya Aidilfitri Open House
He says in view of the scattered nature of the population, the state has to introduce the Flying Doctor Service to provide medical and health services to the people in remote areas. It will take 100 years to build health clinics to cover areas in the State. Besides, the government has to introduce services of mobile clinics by boats to reach areas with big population in remote areas along the banks of numerous rivers. 

Obviously, Sarawak, with the introduction of Flying Doctor Service has found a solution to give health services to people in remote areas.  Australia has been doing the same thing.  The service is not necessary in Peninsular Malaysia where a place can be within reach in one hour by land.  

It is the same with the management of schools. For example, the State used to have schools in the early days that were built by the people. For example, a Penghulu (community headman) might get the people in a longhouse to build a school out of branches and trunk of trees in order to meet the demand for primary schools in traditional villages and longhouses. That was how Sarawak managed to build enough primary schools for the people in rural areas; no place was deprived of primary education. 

Then education had the school mother system, where a woman could be employed to cook and take care of young children in a boarding school. That was again a peculiar feature of education in Sarawak. A few longhouses might share a school that required young children to go by boats or walk on land to school. It was a difficult life for them and their parents. That was the greatest challenge of Sarawak; no other states had got that kind of experience.
Some school children still face financial problems like paying for travelling expenses by land, river or air from their home towns to enter colleges or universities in towns or cities; some will require expenses to attend interviews either for courses or jobs.  Such expenses, which cause a lot of difficulties to school children, are not covered by any loans or scholarships in Sarawak. 

Pehin Sri Abdul Taib, who is also the State Assemblyman for Balingian, says he has created education welfare fund for Mukah to give financial assistance to school children for travelling expenses to attend interviews or enroll themselves at polytechnics, colleges or universities while waiting for loans or scholarships.  

He says each state assemblyman or a Member of Parliament, who are being made members of the Board of Directors of the Welfare Education Fund in the Division, can donate RM10,000 or RM20,000 every year  towards the Fund,  which is being operated by the District officer.  

Pehin Sri Abdul Taib says the fund involves a very simple operation. The teachers can report problems being faced by their students to the Fund, which is also linked to Yayasan Sarawak to deal with loans of scholarships.  The setting up of the fund should be able alleviate some of the problems being faced by students in rural areas of Sarawak.  

Christmas Parade in Miri
He is happy that more and more people are being taught to use Internet, which has been introduced in the State quite recently.  Prior to that the rate was only 2% but now Mukah Division alone has nearly 50% of Internet penetration while Miri has over 70%. The Internet service, if properly used, can bring better communication to the people even in rural areas. However, the people are yet to appreciate the need to use Internet properly. For example, they have the tendency to use the Internet to play game rather than to surf for information from relevant government departments.  

Generally, the State has sufficient on-line communication facilities. For example, Yayasan Sarawak, which administers scholarship and loan schemes for education, has already introduced on-line service at district and divisional levels, while individual department or agency is also being provided with the facilities.  But it takes time to train more people to use the facilities properly. Besides, the people, who have acquired sufficient technical skills or academic qualification, must also learn the soft skills, which among other things emphasizes on proper etiquette in dealing with each other. 




benuasains




 *Photos Source:
 google.com.my 







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Friday, July 29, 2011

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Combining old world wineries with new world science, Isotonix® Resveratrol promotes normal healthy cell growth and helps support apoptosis (programmed cell death) in unhealthy cells.





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How Design Software Will Shape Manufacturing's Future

Technology Review
July 29, 2011

Autodesk, a multinational software company based in San Rafael, California, makes 3-D design software used by everyone from automotive manufacturing giants to Hollywood studios. Now it is betting that those digital tools will have an increasingly powerful role in what happens on factory floors, enabling manufacturers to embrace more flexible strategies that deliver more customized products.

Buzz Kross, who heads the company's manufacturing industry group, says the manufacturers he works with see an opportunity in new technology at a time when they sense that the boom in outsourcing to China has run its course. "There have always been companies that differentiate based on their ability to manufacture most efficiently, and others based on design and invention—it's the difference between GM and Tesla," says Kross. "Now a lot of manufacturers are leaning more to the design model."

Kross says that rising costs in China's maturing economy and high-profile problems with out-sourced components, like those that plagued Boeing's 787, are making the model of high-volume, low-cost outsourced production less economically attractive. The result is that a wider range of companies are considering adopting a more flexible, premium approach to manufacturing that has previously been limited to a relatively small niche. Kross is trying to help that trend along with software such as Inventor, which provides a way to digitally prototype and test mechanical designs, and Streamline, which enables engineers, designers, and managers to collaborate on a design. Both are intended to speed the journey from digital drawing board to factory floor.

"You don't need to center everything on making millions of the same thing at the absolute cheapest price anymore," says Kross. He cites the growing popularity of a model known as ETO (engineer to order), in which businesses buying from manufacturers order by referring to a list of general rules, not a catalogue and price list. For each order, a manufacturer makes and assembles a product very specific to the customer's needs. That approach also cuts costs, because raw materials and parts don't have to be held in stock; rather, they can be purchased to match the latest order. And the customized products can command a higher price than a conventionally made one, Kross says: "These companies capture a larger share of the customer's wallet this way."

That style of manufacturing makes the design process—and design software—much more central. Kross says that 3-D printing technology will blur the line between design and manufacturing still further.

"Everybody's already embracing it for prototyping," says Kross. "You can already print moving components and subassemblies that don't need any assembly. That's incredibly useful, whether you make pumps or power trains or chairs." Nike, an Autodesk customer, prototypes shoes by using a printer to squirt out materials that have more or less compressibility, depending on how bouncy and flexible each part of the sole is meant to be.

The next step is for 3-D printing to become a manufacturing method rather than solely a prototyping tool, says Kross. Small companies are already trying this, but it won't be long before large manufacturers follow suit. "Think about when you buy a Dell computer and they let you choose all the different components," Kross says. "3-D printing for manufacturing will allow you to have that, but with nearly infinite options."

This process may cost manufacturers more than production at a more conventional or offshore factory. But as with the ETO approach, more customized products fetch higher prices, says Kross. Jewelry, furniture, and consumer electronics are all areas that could benefit from the new techniques, he says. "People don't like it when they have the same thing as everything else and will pay more to get exactly what they choose."

Advanced Reactor Gets Closer to Reality

Technology Review
July 29, 2011
 Terrapower, a startup funded in part by Nathan Myhrvold and Bill Gates, is moving closer to building a new type of nuclear reactor called a traveling wave reactor that runs on an abundant form of uranium. The company sees it as a possible alternative to fusion reactors, which are also valued for their potential to produce power from a nearly inexhaustible source of fuel.

Work on Terrapower's reactor design began in 2006. Since then, the company has changed its original design to make the reactor look more like a conventional one. The changes would make the reactor easier to engineer and build. The company has also calculated precise dimensions and performance parameters for the reactor. Terrapower expects to begin construction of a 500-megawatt demonstration plant in 2016 and start it up in 2020. It's working with a consortium of national labs, universities, and corporations to overcome the primary technical challenge of the new reactor: developing new materials that can withstand use in the reactor core for decades at a time. It has yet to secure a site for an experimental plant—or the funding to build it.

The reactor is designed to be safer than conventional nuclear reactors because it doesn't require electricity to run cooling systems to prevent a meltdown. But the new reactor doesn't solve what is probably the biggest problem facing nuclear power today: the high cost of building them. John Gilleland, Terrapower's CEO, says the company expects the reactors to cost about as much to build as conventional ones, "but the jury is still not in on that."

Conventional reactors generate heat and electricity as a result of the fission of a rare form of uranium—uranium 235. In a traveling wave reactor, a small amount of uranium 235 is used to start up the reactor. The neutrons the reactor produces then convert the far more abundant uranium 238 into plutonium 239, a fissile material that can generate the heat needed for nuclear power. Uranium 238 is readily available in part because it's a waste product of the enrichment processes used to make conventional nuclear fuel. It may also be affordable in the future to extract uranium 238 from seawater if demand for nuclear fuel is high. Terrapower says there's enough of this fuel to supply the world with power for a million years, even if everyone were to use as much power as people in the United States do.
To read more click here...

Additional Information:
 

Graphene Nanocomposite a Bridge to Better Batteries

Lawrence Berkeley National Laboratory (Berkeley Lab)
July 27, 2011

Researchers with the U.S. Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) have created a graphene and tin nanoscale composite material for high-capacity energy storage in renewable lithium ion batteries. By encapsulating tin between sheets of graphene, the researchers constructed a new, lightweight “sandwich” structure that should bolster battery performance.

“For an electric vehicle, you need a lightweight battery that can be charged quickly and holds its charge capacity after repeated cycling,” says Yuegang Zhang, a staff scientist with Berkeley Lab’s Molecular Foundry, in the Inorganic Nanostructures Facility, who led this research. “Here, we’ve shown the rational design of a nanoscale architecture, which doesn’t need an additive or binder to operate, to improve battery performance.”

Graphene is a single-atom-thick, “chicken-wire” lattice of carbon atoms with stellar electronic and mechanical properties, far beyond silicon and other traditional semiconductor materials. Previous work on graphene by Zhang and his colleagues has emphasized electronic device applications.

In this study, the team assembled alternating layers of graphene and tin to create a nanoscale composite. To create the composite material, a thin film of tin is deposited onto graphene. Next, another sheet of graphene is transferred on top of the tin film. This process is repeated to create a composite material, which is then heated to 300˚ Celsius (572˚ Fahrenheit) in a hydrogen and argon environment. During this heat treatment, the tin film transforms into a series of pillars, increasing the height of the tin layer.

“The formation of these tin nanopillars from a thin film is very particular to this system, and we find the distance between the top and bottom graphene layers also changes to accommodate the height change of the tin layer,” says Liwen Ji, a post-doctoral researcher at the Foundry. Ji is the lead author and Zhang the corresponding author of a paper reporting the research in the journal Energy and Environmental Science.
To read more click here...

Efficiency drives major investments in automation and control technology

Engineerlive
July 27, 2011

Operating companies continue to invest heavily in automation and control technologies, both for new plants and revamps, in the drive for better efficiency., as Sean Ottewell explains.

Petrobras has selected Emerson Process Management to provide process automation technologies and services for the Petrochemical Complex of Rio de Janeiro (Comperj) in Brazil.

As main automation contractor for Comperj, Emerson will deliver engineering services and technologies for process automation and systems integration of the refining unit, selected utilities, and offsite operations that are part of the Brazilian energy giant’s project.

Built on an area of 45 million m2 – the equivalent of about 6000 soccer fields – the Comperj complex will be able to process 165,000 bbl/d of heavy crude when its first refining unit begins operations in 2013, and the same amount in a second unit expected five years later. This investment in Brazil’s refining capacity will help support the country’s expanding oil production. The project is also expected to generate more than 200,000 direct and indirect jobs during construction.
To read more click here...

Scientists create water walking bionic microrobot

Gizmodo
July 27, 2011

Scientists are reporting development of a new aquatic microrobot that mimics the amazing water-walking abilities of the water strider — the long-legged insect that scoots across the surface of ponds, lakes and other waterways. The bionic microrobot incorporates improvements over previous devices of this kind that position it as a prime candidate for military spy missions, water pollution monitoring, and other applications, the scientists say. Their study appears in the journal, ACS Applied Materials & Interfaces.

“Walking on the water surface is a dream of humans, but it is exactly the way of life for some aquatic insects,” Qinmin Pan and colleagues note, citing water striders, mosquitoes, and water spiders. This is due largely to their highly water-repellent (superhydrophobic) legs. Other scientists have made tiny aquatic devices based on the water strider with the hope of developing bionic robots that can monitor water supplies, conduct military spy missions when equipped with a camera, and perform other tasks. But until now, no one has found a way to make water-walking robots that are practical, agile, and inexpensive.

The scientists describe progress on a new robot, with a body about the size of a quarter; ten water-repellent, wire legs; and two movable, oar-like legs — propelled by two miniature motors. “Because the weight of the microrobot is equal to that of about 390 water striders, one might expect that it will sink quickly when placed on the water surface,” the report noted. However, it stands effortlessly on water surfaces and also walks and turns freely.

The authors acknowledged funding from Harbin Institute of Technology and Natural Science Foundation of China.

Prototype tools for mass producing nanostructures to launch in Singapore

ResearchSEA
July 27, 2011

The Industrial Consortium On Nanoimprint (ICON), which is helmed by the Institute of Materials Research and Engineering (IMRE), a research institute of Singapore’s Agency for Science, Technology and Research (A*STAR), is ready to put roll-to-roll nanoimprint manufacturing to the test.

Nanoimprinted structures and components are being used in items such as anti-reflection films, and solar cells. However, their impact in consumer products is limited as viable manufacturing processes to scale-up the production of such nanostructures is lacking. IMRE and its partners in ICON are planning to manufacture the structures, using a roll to roll process. This fast, mass production method can create large area nanostructured components, opening the way for new consumer applications not previously conceptualised or economically feasible.

Roll-to-roll imprinting is the third industry-themed project by ICON that includes local and international partners such as Solves Innovative Technology Pte Ltd (Singapore), Advanced Technologies and Regenerative Medicine, LLC (ATRM) (USA), Young Chang Chemical Co. Ltd (South Korea), EV Group (Austria), Micro Resist Technology GmbH (Germany) and NTT Advanced Technology Corporation (Japan). The partners who are raw material providers, tool-makers, and end-users represent the entire value chain for producing nano-structures and putting them to use. Some of the applications that the consortium hopes to harness with roll-to-roll nanoimprint include anti-fouling surfaces, anti-reflection films to enhance the efficiency of solar cells, wire-grid polarisers, and optical films for flat panel displays.

“The roll-to-roll nanoimprinting technique is a crucial centerpiece in ICON’s plan to complete the value chain for harnessing the true potential of our bio-mimetic multifunctional nanoimprint technology surfaces”, said Dr Low Hong Yee, an IMRE senior scientist who heads the team developing the roll-to-roll nanoimprint technology. “With this method we can merge nanoimprint technologies into real-world applications and on an industrial scale”, explained Dr Low, adding that the engineered materials that are produced can be made for a variety of applications. For example, nanostructures can be used to mimic patterns of surfaces found in nature to endow the synthetic surfaces with properties such as inherent colour effects, tack-free adhesion to surfaces, water-proofing and anti-reflectivity.
To read more click here...

Sun-free photovoltaics

MIT News
July 28, 2011

A new photovoltaic energy-conversion system developed at MIT can be powered solely by heat, generating electricity with no sunlight at all. While the principle involved is not new, a novel way of engineering the surface of a material to convert heat into precisely tuned wavelengths of light — selected to match the wavelengths that photovoltaic cells can best convert to electricity — makes the new system much more efficient than previous versions.

The key to this fine-tuned light emission, described in the journal Physical Review A, lies in a material with billions of nanoscale pits etched on its surface. When the material absorbs heat — whether from the sun, a hydrocarbon fuel, a decaying radioisotope or any other source — the pitted surface radiates energy primarily at these carefully chosen wavelengths.

Based on that technology, MIT researchers have made a button-sized power generator fueled by butane that can run three times longer than a lithium-ion battery of the same weight; the device can then be recharged instantly, just by snapping in a tiny cartridge of fresh fuel. Another device, powered by a radioisotope that steadily produces heat from radioactive decay, could generate electricity for 30 years without refueling or servicing — an ideal source of electricity for spacecraft headed on long missions away from the sun.

According to the U.S. Energy Information Administration, 92 percent of all the energy we use involves converting heat into mechanical energy, and then often into electricity — such as using fuel to boil water to turn a turbine, which is attached to a generator. But today's mechanical systems have relatively low efficiency, and can't be scaled down to the small sizes needed for devices such as sensors, smartphones or medical monitors.
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How to make solar power 24/7

MIT News
July 29, 2011

The biggest hurdle to widespread implementation of solar power is the fact that the sun doesn't shine constantly in any given place, so backup power systems are needed for nights and cloudy days. But a novel system designed by researchers at MIT could finally overcome that problem, delivering steady power 24/7.

The basic concept is one that has been the subject of much research: using a large array of mirrors to focus sunlight on a central tower. This approach delivers high temperatures to heat a substance such as molten salt, which could then heat water and turn a generating turbine. But such tower-based concentrated solar power (CSP) systems require expensive pumps and plumbing to transport molten salt and transfer heat, making them difficult to successfully commercialize — and they generally only work when the sun is shining.

Instead, Alexander Slocum and a team of researchers at MIT have created a system that combines heating and storage in a single tank, which would be mounted on the ground instead of in a tower. The heavily insulated tank would admit concentrated sunlight through a narrow opening at its top, and would feature a movable horizontal plate to separate the heated salt on top from the colder salt below. (Salts are generally used in such systems because of their high capacity for absorbing heat and their wide range of useful operating temperatures.) As the salt heated over the course of a sunny day, this barrier would gradually move lower in the tank, accommodating the increasing volume of hot salt. Water circulating around the tank would get heated by the salt, turning to steam to drive a turbine whenever the power is needed.
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Southampton engineers fly the world’s first ‘printed’ aircraft

University of Southampton
July 28, 2011

Engineers at the University of Southampton have designed and flown the world’s first ‘printed’ aircraft, which could revolutionise the economics of aircraft design.

The SULSA (Southampton University Laser Sintered Aircraft) plane is an unmanned air vehicle (UAV) whose entire structure has been printed, including wings, integral control surfaces and access hatches. It was printed on an EOS EOSINT P730 nylon laser sintering machine, which fabricates plastic or metal objects, building up the item layer by layer.

No fasteners were used and all equipment was attached using ‘snap fit’ techniques so that the entire aircraft can be put together without tools in minutes.

The electric-powered aircraft, with a 2-metres wingspan, has a top speed of nearly 100 miles per hour, but when in cruise mode is almost silent. The aircraft is also equipped with a miniature autopilot developed by Dr Matt Bennett, one of the members of the team.

Laser sintering allows the designer to create shapes and structures that would normally involve costly traditional manufacturing techniques. This technology allows a highly-tailored aircraft to be developed from concept to first flight in days. Using conventional materials and manufacturing techniques, such as composites, this would normally take months. Furthermore, because no tooling is required for manufacture, radical changes to the shape and scale of the aircraft can be made with no extra cost.

This project has been led by Professors Andy Keane and Jim Scanlan from the University’s Computational Engineering and Design Research group.

Professor Scanlon says: “The flexibility of the laser sintering process allows the design team to re-visit historical techniques and ideas that would have been prohibitively expensive using conventional manufacturing. One of these ideas involves the use of a Geodetic structure. This type of structure was initially developed by Barnes Wallis and famously used on the Vickers Wellington bomber which first flew in 1936. This form of structure is very stiff and lightweight, but very complex. If it was manufactured conventionally it would require a large number of individually tailored parts that would have to be bonded or fastened at great expense.”
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An Unexpected Clue to Thermopower Efficiency

Lawrence Berkeley National Laboratory (LBNL)
July 28, 2011

Lawrence Berkeley National Laboratory scientists and their colleagues have discovered a new relation among electric and magnetic fields and differences in temperature, which may lead to more efficient thermoelectric devices that convert heat into electricity or electricity into heat.

“In the search for new sources of energy, thermopower – the ability to convert temperature differences directly into electricity without wasteful intervening steps – is tremendously promising,” says Junqiao Wu of Berkeley Lab’s Materials Sciences Division (MSD), who led the research team. Wu is also a professor of materials science and engineering at the University of California at Berkeley. “But the new effect we’ve discovered has been overlooked by the thermopower community, and can greatly affect the efficiency of thermopower and other devices.”

Wu and his colleagues found that temperature gradients in semiconductors, when one side of the device is hotter than the opposite side, can produce electronic vortices – whirlpools of electric current – and can, at the same time, create magnetic fields at right angles to both the plane of the swirling electric currents and the direction of the heat gradient. The researchers report their results in Physical Review B.
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Nanowire electronics that can be shaped to fit any surface and attach to any material developed at Stanford

Standford Univiersity
July 28, 2011


Stanford researchers have developed a new method of attaching nanowire electronics to the surface of virtually any object, regardless of its shape or what material it is made of. The method could be used in making everything from wearable electronics and flexible computer displays to high-efficiency solar cells and ultrasensitive biosensors.

Nanowire electronics are promising building blocks for virtually every digital electronic device used today, including computers, cameras and cell phones. The electronic circuitry is typically fabricated on a silicon chip. The circuitry adheres to the surface of the chip during fabrication and is extremely difficult to detach, so when the circuitry is incorporated into an electronic device, it remains attached to the chip. But silicon chips are rigid and brittle, limiting the possible uses of wearable and flexible nanowire electronics.

The key to the new method is coating the surface of the silicon wafer with a thin layer of nickel before fabricating the electronic circuitry. Nickel and silicon are both hydrophilic, or "water-loving," meaning when they are exposed to water after fabrication of nanowire devices is finished, the water easily penetrates between the two materials, detaching the nickel and the overlying electronics from the silicon wafer.
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New spin on friction-stir

Oak Ridge National Laboratory
July 28, 2011

Researchers Zhili Feng, Alan Frederic and Stan David in Oak Ridge National Laboratory's Materials S&T Division have made significant progress toward a new metal processing technique, called friction-stir extrusion, that could represent a major advance in converting recyclable materials -- such as alloys of aluminum, magnesium and titanium alloys, and even high-temperature superconductors -- to useful products.

The process also represents a step forward in energy-efficient industrial processes in that it eliminates the melting step in conventional metal recycling and processing. The friction-stir method, as the name implies, derives its heat from spinning metal against metal, and direct conversion of mechanical energy to thermal energy as frictional heat generated between two surfaces.

The ORNL team produced a solid wire of a magnesium-aluminum alloy from machined chips, eliminating the energy and labor intensive processes of melting and casting.

"This process is very simple. You get the product form that you want by just using the frictional heat," said Stan David, an ORNL retiree and consultant who once led the division's Materials Joining group.
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National Geospatial-Intelligence Agency Opens Ombuds Office

The U.S. intelligence agency responsible for imagery and mapping for national security and military purposes has established a new website for its Ombuds program. The NGA Ombudsman serves for internal and external stakeholders as, "an informal resource to help answer questions and resolve concerns from employees and external consumers of NGA products about inefficiencies, inconsistent application of policies, potential unfair practices, and other anomalies that adversely impact NGA's people, processes and resources."


The position practices to the traditional Organizational Ombuds standards of independence, confidentiality, impartiality and informality. Scott Deyo, who established the Ombuds program for the Department of Defense Office of the Inspector General, has been appointed as the NGA Ombudsman. (NGA Ombuds.)

Related posts: Department of Defense Announces First Ombuds for Inspector General; National Geospatial-Intelligence Agency Names Ombuds.

Correction: The initial version of this post indicated that the NGA Ombudsman was new.  In fact, the office was created in 2005 by Jim Sheldon, who recently retired.  Only the webpage is new.

Job Posting: Amherst College

The private, liberal arts institution in Amherst, MA is accepting applications for a part-time Ombudsperson. The position reports directly to the college president and serves as a resource for faculty, administrators and staff. Applicants must have at least a bachelor's degree and related work experience.


The search will fill the position recently vacated by Carol Stewart, who will continue to serve as the Ombuds for nearby Mount Holyoke College and Hampshire College. Applications will be accepted until the position is filled. No salary indicated. (Amherst Jobs.)

Attendance Rises at Ninth Annual Summer Meeting of Academic Ombuds

Tim Griffin, the Ombuds at Northern Illinois University, reports that the annual meeting continued to grow. He provided the following report:




College and university ombudspersons met this past weekend on the campus of Northern Illinois University for the Ninth Annual Summer Meeting of Academic Ombudspersons. This meeting continues to grow in popularity as a total of 31 attended from 9 states, representing 20 different institutions.

Those in attendance proposed a diverse list of topics that were addressed in structured plenary discussion. Topics discussed in this format included the use of social media, conflicts with student affairs, strategies for tough budgetary times, ombuds certification, the impact of recent Title IX changes on our work, working with groups of visitors, exceptions to standards of practice, conflicts of interest, and eleven more. In addition, there were breakout sessions to offer more in-depth learning on four additional topics, and small group case study discussions.

Special thanks go out to Dave Carver, Kerry Egdorf, Rosa Garner, Dan Matthews, Linda Newman, Craig Mousin, Sue Theiss, and Pat Wolleat who presented breakout sessions and/or led case study discussions. Their contributions, along with the enthusiastic participation in the plenary discussions by all who were present, were essential components of the meeting's success.

Attendees indicated their appreciation of the informality and economical cost of the meeting, as well as the unique and supportive social culture created by their colleagues in higher education.

IOA Completes Ombuds Compensation Survey

The International Ombudsman Association announced that 199 practitioners participated in a compensation survey. The study, which also queried Ombuds practices, will be compiled into a report to be published in October 2011. The IOA said that 45% of its members participated in the survey. (IOA News.)

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Thursday, July 28, 2011

Corporate Ombuds Named to IOA Board

Albin Swenson, Ombudsman for the Chevron Corporation, has been named to fill the Board seat vacated by Carolyn Noorbakhsh, recently announced her retirement. Swenson was a recent candidate for a special election held by the International Ombudsman Association to fill two other board positions and received the next highest number of votes. Swenson also sits on the Board of Certification for Certified Organizational Ombudsman Practitioners. (IOA News.)


Ethics and Compliance Expert Illustrates Work of Corporate Ombuds

The latest issue of the Corporate Crime Reporter features an interview with Patrick Gnazzo, an attorney who has held a variety of executive positions, including as the former chief compliance officer at Computer Associates. Gnazzo says that the optimum set up for a corporation is "a strong ethics and compliance office and a strong ombudsman’s office." He illustrates this position with a story from his work as the chief compliance officer at United Technologies Corporation:

“This is a true story with United Technologies Corporation,” Gnazzo said. “The company had an ombuds program. And the ombuds person is a neutral. That is someone the employees can feel comfortable about going to, telling their problems to. And the neutral protects the employee’s identity.”

“In this particular instance, an administrative assistant called on the anonymous hotline and said – my boss is cheating the company. But if I tell you, I’m going to be fired, because I’m the only one who knows. He’s going to know I did it. And my career is done within the company.”

“And the ombudsman came to me and said – here’s the problem Pat. This individual wants to do the right thing. This individual wants to tell us who is doing this. But this individual is fearful for their career. I suggested that I set up a time to call back. And I explained to this person that if they told me who it was, and what they were doing, I would call for an audit of all of the vice presidents within that particular organization on their expense reports over a six month period. We would catch that particular individual and anything else that might come up.”

“That made the individual comfortable. And that is exactly what we did. We found that person and we found a couple of others that were cheating the company.”

“The company did the right thing by firing those individuals. The administrative assistant’s name never came up. And her career went on and she was never impacted.”

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Dawn DeVeaux: Fort Valley State University Ombuds

The University Ombudsman for FVSU passed away unexpectedly earlier this week. Dr. Dawn Della DeVeaux had worked at FVSU since 2005, when she became an assistant professor of fine arts. She became the Ombuds in 2009. Funeral services are scheduled for Monday, August 1 in Marietta. (Warner Robins Patriot; FSVU News.)


Students Report Closure of Southern University Ombuds Office

Students at Southern University and A&M College in Baton Rouge, LA are tweeting that the Ombuds Office has been closed.  If true, the SUBR Ombuds Office will have closed less than two years after opening.


Late on Wednesday, Bren T (@BrenTaughtYou) tweeted, "Dammmnnn they closed the Ombuds Office." This news seemed to be confirmed by another student, Shanice Ciro (@beauTALLful) who later tweeted, "R.I.p. Ombuds office :(." There are no details available from the University.

Related posts: Southern University Appoints First Ombuds; Area Around New Orleans Abounds With Ombuds Offices; Job Posting.

Update 3:00 pm (PDT): SUBR's Student Government Association (@subr_sga) tweets: "The Office of the Ombuds is still open to assist students; Ms. De'Van Stephenson is the contact person at 225.771.4480."

Wednesday, July 27, 2011

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Job Posting: Oregon State University

The public research university located in Corvallis is hiring is first Ombuds. The full-time position will report report directly to the President. The University Ombuds supplements, but does not replace, the University's existing resources for conflict resolution. The initial appointment is for 12 months, renewable at the discretion of the President.

Applications must have a Bachelor's degree, substantial and relevant work experience, and Ombuds or mediation training. An advanced degree, work experience in an academic environment, or previous experience in Ombuds or mediator role are preferred. No salary indicated. Applications are due by August 31, 2011. (Chronicle of Higher Ed; OSU Jobs.)

Volunteer Opportunity: Midpeninsula Regional Open Space District

The regional greenbelt system near San Francisco Bay is seeking a volunteer Ombudsperson to assist residents in their interactions with the District and facilitates conflict resolution when needed. The District Ombuds is appointed by the Board of Directors and to work independently and provide objective upward feedback when appropriate.


Applicants should have facilitation and conflict resolution skills; familiarity with the District mission and purpose; and knowledge of land and property use issues. This is a one-year, part-time, unpaid position. Expenses incurred in the course of business will be fully reimbursed. District volunteers are covered by Workers’ Compensation insurance. Application deadline is August 22. (MROSD.)

Although the position is precluded from "issues that are privileged or confidential, or which involve personnel, labor relations, legal matters, or Board decisions," this may still be an attractive opportunity to gain relevant work experience with an Ombuds title.

John Wanjala: First Ombuds at Portland State University

A memorial service to honor John Wanjala is set for this Sunday on the campus of Portland State University. Wanjala founded PSU's Ombuds Office in 1993 after previously serving as chief of Campus Public Safety. He retired in 2009 and returned to Kenya, his homeland, where he died of cancer in April. (PSU Vanguard.)


Tuesday, July 26, 2011

Every nation must play role to preserve Mother nature

As we are well aware, natural resources are not infinite. They can hugely be degraded as in some developed countries or even developing  countries or destroyed as in some countries in Africa, the Horn of Africa in particular.

Kuching Waterfont and its clean river safe for boating
Alarming environmental issues around the world today – greenhouse gases, deforestation, pollution, environmental degradation and climate change, just to name a few, have become common.

Over population poses yet another challenge.  It is projected that world  population will increase by 2.6 billion over the next 45 years - from 6.5 billion today to 9.1 billion in 2050.

Even now the huge population is already putting a strain on limited natural resources like in the Indian sub-continent and the Horn of africa. All these problems, which are becoming a common place, demand that the world must re-examine ways on how to conserve the environment.  Every nation must play its role; fingure pointing will not solve them. 

It is often said we are holding this planet in trust for our children and those that they will come after them. Obviously, this is  a very apt way of putting our role to protect and conserve the environment. Hence, it is imperative for every nation to adopt a “cradle to grave” mindset to ensure sustainability of the local resources. Developed nations like America, Australia or those in Scandinavian countries cannot expect the third world countries alone to play bigger roles in environmental protection and conservation.  

Otherwise, all the technology in the world will come to nought if nations  take the environment for granted think and the problem of environmental degradation  is someone else’s problem to solve. 

Arguably, development is often linked to the degradation of the environment. Hence a nation must find a healthier approach to development. Obviously conscientious efforts must be made to foster excellence in the practice of engineering  for the advancement of economic growth while at the same time preserve the fragile environment. Besides, such efforts must also create awareness on the importance of green technology and sustainable engineering practices.


Ironically, Sarawak and for that matter Malaysia, which has often been criticized by foreign NGOs over environmental issues, takes things like recycle, solar energy, renewable energy, green technology, sustainability, environmental protection, clean energy, and so forth very seriously.

For example, Sarawak has been and will continue to take the sustainability approach very seriously to its development. In fact, sustainability is the key focus in the implementation of any development plans.

The Brundtland report and World commission on environment and development (1987) defines “sustainable development” as supplying “the needs of the present without compromising the ability of future generations to meet their own needs”.

In Sarawak, this has been translated into controlled land clearing with closely monitored preservation and sustainable forest policies.  Over the years, the practice has brought about positive outcomes, for the development of our rural communities.

Chief Minister, Pehin Sri Haji Abdul Taib Mahmud in his key-note speech at Asean Australian Engineering Congress 2011 says the  the word “sustainability” has a very special meaning to him.  Many years ago the state government implemented “sustainable development” - as opposed to the old slash and burn method of clearing land - for development. It also dictated the development of the state’s policies on permanent forest.


City Fan Miri
He says by next year, 95% of rural households will be able to have electricity with the special allocation from the federal government; now 60% of them enjoy the facilities.  Besides, more Penans, who are living a nomadic lifestyle out of their own choice, will also be persuaded to lead a more settled life. They will be provided with land, housing, power, clean water, education and health services if they decide to lead a more settled lifestyle. Now their average life expectancy leading nomadic lifestyle is 39.   At the same time more re-settled communities will be given individual titles to acreage, plus roaming entitlements in communal forests.

Pehin Sri Abdul Taib says Sarawak is geared to practice the international Equatorial principles in the overall efforts to resettle people, who are or who will be affected by the construction of hydro dams. More recently, the state government earmarked “green” projects such as those in Sarawak Corridor Of Renewable Energy (SCORE).

SCORE is a major initiative to develop the central region of the state and transform Sarawak into a developed state by 2020 and to ensure sustainable development all the way beyond. 

SCORE sets the benchmark of Sarawak’s main thrust in clean energy. Solar, wind and water will be relied upon to produce energy for the state’s future economic policies and programs rather than dependence on fossil fuels which are both finite and damaging to the environment.

The clean energy created from these sources will be utilized by various downstream industrial and business activities in Sarawak’s central region and neighboring areas.

Miri Esplanade
Pehin Sri Abdul Taib says another example of Sarawak’s eco-friendly project is the on-going Kuching Wastewater Management System. Although Kuching has been declared a healthy city by the world health organisation, its rivers and waterways have deteriorated due to the discharge of untreated or partially treated wastewater.

Currently, blackwater from toilets is only partially treated in conventional septic tanks while greywater from bathrooms, kitchens and washing areas is discharged without treatment.

Under the new system, wastewater will be collected and transported to a treatment plant where it will be treated according to the department of environment's standard for effluent discharge.

The population of Kuching division is now about 682,000 people. It will become more densely populated in the future. One of the state’s  biggest challenges is to provide good clean water. Hence, the state government has to develop the centralised sewerage system, though it has to incur huge expenditure.  Even the first phase is expected to cost the government with grant from the federal government rm1.5 billion.

Pehin Sri Abdul Taib, who is also the Pro-Chancellor of Swinburne Sarawak, considers the congress with the theme “engineering for sustainability as timely and and very important.




benuasains




 *Photos Source:
 google.com.my