HOBOKEN , N.J. – Victoria Petite '09, a Stevens Institute of Technology Art & Technology major, was invited to give a presentation at the annual International Digital Media and Arts Association (iDMAa) conference on her Technogenesis Summer Scholars research project, conducted this past summer with Professor H. Quynh Dinh and Professor Ebon Fisher. The conference was hosted in Savannah, Georgia, by the Savannah College of Art and Design, November 5-8.
CHAMPAIGN, Ill. — Ethanol helped drive two years of record profits for grain farmers, but also will hold income down during a looming recession that has already sliced crop prices in half, a University of Illinois economist says.
Scott Irwin says agriculture's fortunes are now tethered more to ethanol than food, making crop growers vulnerable to sharp price swings at filling stations rather than the typically slower cost shifts at grocery stores.
Colugos (aka flying lemurs)—the closest living relatives of primates most notable for their ability to glide from tree to tree over considerable distances—are more diverse than had previously been believed, according to a new report published in the November 11th issue of Current Biology, a Cell Press publication.
Primates are most familiarly represented by monkeys and apes, the group including humans.
Researchers at the University of Toronto and the University of California, San Francisco, have revealed new hope for HIV treatment with the discovery of a way to 'rescue' immune cells that are exhausted from fighting off HIV infection.
Jakarta/Potsdam, 11.11.2008 - The newly implemented Tsunami Early Warning System for the Indian Ocean, GITEWS, goes into operation today and with this, the system enters its final phase of optimisation. As foreseen, the system was officially handed over to the BMKG (Meteorological, Climatology and Geophysical Agency of Indonesia) by the President of Indonesia, Susilo Bambang Yudhoyono, in the Indonesian capital Jakarta, slightly less than four years after the catastrophe of 2004.
It is commonly known that racing cars and bicyclists can reduce air resistance by following closely behind a leader, but researchers from New York University and Cornell University have found the opposite is true with flapping objects, such as flags. Their study, published in the most recent issue of the journal Physical Review Letters, discovered that in a series of flags, the leading flag faces significantly less resistance than do succeeding flags. The finding may alter our understanding of how living flapping creatures, such as birds or fish, move through the air and water.
Passengers check in their suitcases, which are automatically transported away by conveyer belts; moving walkways and escalators run for hours without a break – thousands of gear units rattle away at the major airports. The power consumption is tremendous, in the range of several gigawatt hours per annum. A substantial amount of this is lost through friction. In wind turbines and in cars, too, a percentage of the energy is spent on friction – reducing the efficiency factor accordingly. Novel lubricants that almost eliminate the effect of friction could be the answer.
Ship's propellers, parts for wind energy converters, turbine housings – such large-volume castings can only be produced with special molds. The procedure is elaborate and cost-intensive because foundry workers must still perform most of the work steps manually.
Ninety years after Australian scientists began their race to stop the spread of Spanish flu in Australia, University of Melbourne researchers are hoping records from the 1918 epidemic may hold the key to preventing future deadly pandemic outbreaks.
This month marks the 90th anniversary of the return of Australian WWI troops from Europe, sparking Australian scientists' race to try and contain a local outbreak of the pandemic, which killed 50 million people worldwide.