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Search results for “Red Dwarf”

1,000+ results for "Red Dwarf"

Drinking through your pelvic region?

A new study investigates blood flow in toads' pelvic skin while absorbing water, finding a significant increase in red cell velocity prior to water exposure and a seven-fold increase within one minute. The results support the initial hypothesis that increased blood flow is associated with water absorption behavior.

Weather in outer space?

Researchers Katharina Lodders and her team found evidence of complex chemistry in brown dwarf atmospheres, including the formation of liquid iron clouds. The study revealed that as brown dwarfs cool, certain compounds reappear in their atmospheres.

SourceWashington University in St. Louis·JournalThe Astrophysical Journal Letters·DateJul 22, 2002

First X-ray from brown dwarf observed

Researchers observed a bright X-ray flare from a brown dwarf, LP 944-20, which lasted nearly two hours and had an energy comparable to small solar flares. The flare's origin is believed to be in twisted magnetic fields beneath the surface of the brown dwarf, providing strong hints about the existence of turbulent magnetized hot material.

SourceUniversity of California - Santa Barbara·JournalThe Astrophysical Journal Letters·DateJul 10, 2000

Red Wine Consumption And Heart Disease

A study found that red wine polyphenols increased the lag time of LDL oxidation, decreased lipid peroxides and thiobarbituric acid-reactive substances, and boosted plasma and LDL polyphenols. Vitamin E supplementation also showed antioxidant effects, although with varying degrees depending on EDTA presence.

SourceAmerican Journal of Clinical Nutrition·JournalAmerican Journal of Clinical Nutrition·DateAug 17, 1998

Cosmic Crumbs 'May Have The Numbers'

Astronomers have found far more dwarf galaxies than expected in a survey of just 2% of data from the Parkes radio telescope. The discovery suggests that dwarfs may be 'crumbs' left over when bigger galaxies formed and could provide clues about the distribution of dark matter.

Colors Composed By Brain, Not Eyes

Cornell University psychologist Romi Nijhawan's experiment shows that the brain can decompose yellow into its constituent red and green based on motion of the stimulus. Human retinas cannot sense motion on their own, but the brain uses a process called motion extrapolation to correct for this delay.