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University of Washington


Answer from 'dusty shelf' aids quest to see matter as it was just after big bang

Researchers dust off dusty shelf by applying Hanbury Brown-Twiss Interferometry to high-energy gold nucleus collisions, reconciling experimental data with theoretical expectations. They found that pions in the plasma have a low mass inside but a higher mass outside, helping create quark-gluon plasma conditions similar to those just aft...

SourceUniversity of Washington·JournalPhysical Review Letters·DateMar 15, 2005

Were bigger brains really smarter?

Neurobiologist William H. Calvin argues that bigger brain size didn't lead to general intelligence improvements in human evolution. However, after a significant burst of creativity around 75,000 years ago, humans made rapid advancements in complex tasks like art and language.

A watch that's smarter than you?

A smart watch system prototype has been developed at the University of Washington, utilizing RFID tags to provide proactive reminders and track essential items. The system aims to seamlessly integrate technology into daily life, making it more convenient for busy individuals.

Time isn't money

A study by University of Washington researchers found that people are less certain about the value of their time compared to money. Consumers tend to rationalize negative experiences when paying with time, but not when using hard-earned cash.

SourceUniversity of Washington·JournalJournal of Consumer Research·DateAug 30, 2004

New hope for children with fetal alcohol syndrome

Researchers found that a diagnosis of FAS at an early age and a stable environment can reduce the risk of negative life experiences by two-to-four-fold. Children with FAE often lack physical characteristics, but still face challenges with learning, memory, and problem-solving.

SourceUniversity of Washington·JournalJournal of Developmental & Behavioral Pediatrics·DateAug 12, 2004

Promising hospital anti-infection strategy probably won't work, study shows

A new model shows that antibiotic cycling, alternating between classes of antibiotics every few months, probably won't work in stopping the spread of hospital-acquired antibiotic resistance. Instead, a mixing approach, where patients receive different antibiotics randomly, may be more effective in reducing resistance levels.

SourceUniversity of Washington·JournalProceedings of the National Academy of Sciences·DateAug 9, 2004