Analysis of nuclear materials using fast neutron sources has become more common. Greater intensity, or flux (neutrons per unit area), of these sources ensures more effective analysis. However, in current devices samples must be placed a distance from the neutron source emitter where the flux of the fast neutron is small. The “High Flux Fast Neutron Source” Model DD-109X, introduced by Adelphi Technology Inc. and the Univ. of Florida, changes that by positioning the sample to be irradiated in the acceleration chamber next to the high-voltage target that produces the fast neutrons.
Research awards to the Univ. of Florida (UF) held steady last year at $640.6 million despite a...
There’s an old head-scratcher that asks whether the refrigerator light really goes out when you...
A new study provides the first direct chronological test of sequence stratigraphy, a tool for...
Synchrotron-based imaging has helped develop enhanced light-emitting diode (LED) displays using bottom-up engineering methods. Collaborative work between researchers from the University of Florida and Cornell University has produced a new way to make colloidal "superparticles" from oriented nanorods of semiconducting materials.
Engineered nanostructures are typically challenging to create with any sort of sophisticated. However, a new technique for growing new materials from nanorods has been developed the could represent a major breakthrough in the field. It shows how thermodynamic forces can be used to manipulate growth of nanoparticles.
For years biologists have studied salamanders for their ability to regrow lost limbs. But amphibian biology is very different than human biology, which makes the recent discovery of a small African mammal with an unusual ability to regrow damaged tissues potentially crucial to new research in regenerative medicine.
An international team of scientists is rewriting a page from the quantum physics rulebook using a University of Florida laboratory once dubbed the coldest spot in the universe. The Microkelvin laboratory is one of the few places cold enough to generate and study the Bose-Einstein Condensate, a state of matter in which individual particles act as a whole. Recent research has confirmed, and corrected, certain predictions about the phase transitions for this state of matter.
Doping may be a no-no for athletes, but researchers at the University of Florida say it was key in getting unprecedented power conversion efficiency from a new graphene solar cell created in their laboratory.
The percentage of electronic waste occupying our landfills has grown at an alarming rate over the last decade, giving rise to concerns about the toxicity of components used in consumer electronics. Researchers at the University of Florida are looking for ways to minimize environmental hazards associated with a material likely to play an increasingly important role in the manufacture of these goods in the future.
The world's largest optical telescope has allowed University of Florida astronomers to see new details about deep space galaxies, finding new clues to explain the evolution of galaxies like our own.
University of Florida researchers may help resolve the public debate over America's future light source of choice: Edison's incandescent bulb or the more energy efficient compact fluorescent lamp. It could be neither. Instead, America's future lighting needs may be supplied by a new breed of light-emitting diode, or LED, that conjures light from the invisible world of quantum dots.
Researchers have recovered and analyzed the oldest fossil evidence of fingernails in modern primates, confirming the idea nails developed with small body size and disproving previous theories nails evolved with an increase in primate body size.
After a 10,000-year absence, wildfires have returned to the Arctic tundra, and a University of Florida study shows that their impact could extend far beyond the areas blackened by flames. With the amount of carbon released in these tundra wildfires, roughly twice the amount of greenhouse gases put out by the city of Miami in a year, the study suggests that these fires could impact the global climate.
The National Institutes of Health (NIH) has awarded a University of Florida (UF)-led team more than $6.5 million to study the environmental and psychological effects of the Deepwater Horizon oil spill on communities along the Gulf coasts of Florida and Alabama.
A Univ. of Florida researcher has developed a new technique to make peanuts safer for people with peanut allergies. Using a pulsed ultraviolet light, or PUV, the researcher reduced the allergenic potential of peanuts by up to 90%.
Airport security workers this year will employ an array of pre-boarding detection measures to scan for deadly materials smuggled into the luggage of the world’s 625 million passengers expected to travel this year. None, however, yet uses what researchers at the Univ. of Florida believe is the world's first explosive detection system that utilizes ultraviolet light to zero in on specks of dangerous explosives found on these items.
Plastic may compete with paper in the grocery line, but it doesn’t have to compete with the world’s food supply, according to Univ. of Florida researchers. They've developed a way to produce plastic that doesn't use valuable natural resources, such as food or fuel, for raw materials. The new method uses a strain of bacteria to create bioplastic from discarded plant material, such as yard waste.
An international team of researchers led by the Univ. of Florida has created a new way to analyze the spread of dangerous viruses. The method uses sets of mathematical rules to do something software cannot easily accomplish—analyze subtle DNA difference to more fully understand health threats such as HIV, hepatitis, or even influenza.
Phosphate poses one of Florida's ongoing water-quality challenges, but a process developed by Univ. of Florida researchers could provide an affordable solution, using partially burned organic matter called biochar to remove the mineral.
Univ. of Florida researchers say their supercomputer, Novo-G, is the world’s fastest reconfigurable supercomputer. They claim Novo-G is able to perform some important science applications faster than the Chinese supercomputer touted as the world’s most powerful.
“Man is but a worm” was the title of a famous caricature of Darwin’s ideas in Victorian England. Now, 120 years later, a molecular analysis of mysterious marine creatures unexpectedly reveals our cousins as worms, indeed. An international team of researchers has produced more evidence that people have a close evolutionary connection with tiny, flatworm-like organisms scientifically known as “Acoelomorphs.”
The semiconductor device industry is continually driven to improve performance. In order to achieve increasing speeds and decreasing costs, manufacturers have introduced new materials such as ultra-low k dielectrics. These dielectrics, however, are soft, fragile, and can be easily scratched and delaminated during chemical mechanical planarization. Researchers from Sinmat Inc., in a joint effort with the Univ. of Florida, have developed Soft, Elastic Nanosponge Materials that have significant advantages over to state-of-the-art slurries based on conventional particles.
Sinmat, Inc., and two other collaborators, developed the Genteel Slurry, a mixture of chemicals and particles that enables a CMP process to make multi-level nanoscale copper wires to connect millions of transistors on an integrated circuit device.