...is the tagline for the American Association for the Advancement of Science annual meeting newsroom. Depending on how you interpret it, it could be kind of disturbing. Let's pretend it means being in the science professions.
The 2003 AAAS annual meeting took place this week and brought together scientists from all over to talk about a huge range of reasearch and, if nothing else to remind us what a vast lot of 'stuff' modern science embraces. Among the interesting items:
Misunderstanding the prehistoric southwest: what happened at Chaco?
Two University of Colorado at Boulder researchers have developed intriguing theories on the mysterious demise of the Chaco Canyon Pueblo people and the larger Chaco region that governed an area in the Southwest about the size of Ohio before it collapsed about 1125.
Case for massive black hole strengthened
UCLA astronomer Andrea Ghez reported at the American Association for the Advancement of Science meeting in Denver that the case for the monstrous black hole at the center of our Milky Way galaxy has been strengthened substantially, and that all of the proposed alternatives can be excluded.
Pain and the brain: Sex, hormones & genetics affect brain's pain control system
Gender, sex hormones, and genes appear to play a big part in how individuals' bodies and emotions react to pain, according to new data. The findings, from brain scans of the brain's natural painkiller system in action, include surprising data showing that women's ability to handle pain increases with their estrogen levels. The studies may help determine why some people, especially women, are more frequently prone to disorders – like temporomandibular joint pain and fibromyalgia.
Predicting the climate of the 21st century
Warming land and ocean surfaces, melting glaciers, rising sea levels, and other recent evidence strongly suggest that Earth's climate is already changing rapidly because of the buildup of greenhouse gases in the atmosphere, according to Warren Washington, senior scientist and head of the Climate Change Research Group at the National Center for Atmospheric Research. Computer models of Earth's climate support these observations, he says, and indicate more severe changes yet to come.
Scientist looks at less to find out more about quantum materials
At very low temperatures, classical physics fails to explain phenomena at tiny scales. This is when quantum mechanics kicks in. Scientists are now chilling materials to study the behavior of electrons in the smallest discrete building blocks of matter. Then they are looking at those materials in reduced dimensions, which confine the flow of electrons, to study novel quantum states. ''Usually you get new physics when you impose confinement,'' says Stanford Professor Aharon Kapitulnik.