Discoveries & Achievements

New study involving CU-Boulder shows heroin, morphine addiction can be blocked

 

University of Adelaide news release

In a major breakthrough, an international team of scientists from the University of Adelaide and University of Colorado Boulder has proven that addiction to morphine and heroin can be blocked, while at the same time increasing pain relief.

The team has discovered the key mechanism in the body’s immune system that amplifies addiction to opioid drugs. Laboratory studies involving rats have shown that the drug (+)-naloxone will selectively block the immune-addiction response.

CU-led team discovers new atmospheric compound tied to climate change and human health issues

 

An international research team led by the University of Colorado Boulder and the University of Helsinki has discovered a surprising new chemical compound in Earth’s atmosphere that reacts with sulfur dioxide to form sulfuric acid, which is known to have significant impacts on climate and health.

CU-Boulder physicists help discover evidence of the elusive Higgs boson particle

An international team including University of Colorado Boulder researchers has found the first direct evidence for a new particle that likely is the long sought-after Higgs boson, believed to endow the universe with mass.

Nitrogen pollution changing Rocky Mountain National Park vegetation, says CU-Boulder study

A new study led by the University of Colorado Boulder indicates air pollution in the form of nitrogen compounds emanating from power plants, automobiles and agriculture is changing the alpine vegetation in Rocky Mountain National Park.

Renowned CU-Boulder/NIST institute celebrates 50 years of scientific advances; named an ‘historic physics site’

 

Several hundred people are expected to gather on the University of Colorado Boulder campus July 12-13 to celebrate the 50th anniversary of JILA, a joint institute of CU-Boulder and the National Institute of Standards and Technology (NIST) known around the world for its discoveries in atomic, molecular and optical physics. In addition, the president-elect of the American Physical Society will be on hand to officially announce JILA’s designation as an historic physics site.

Ancient human ancestor had unique diet, according to study involving CU

 

When it came to eating, an upright, 2 million-year-old African hominid had a diet unlike virtually all other known human ancestors, says a study led by the Max Planck Institute of Evolutionary Anthropology in Leipzig, Germany and involving the University of Colorado Boulder.

Celebrity endorsements not always a good bet, CU-Boulder study shows

 

Companies paying celebrities big money to endorse their products may not realize that negative perceptions about a celebrity are more likely to transfer to an endorsed brand than are positive ones, according to a new University of Colorado Boulder study.

Celebrity endorsements are widely used to increase brand visibility and connect brands with celebrities’ personality traits, but do not always work in the positive manner marketers envision, according to Margaret C. Campbell of CU-Boulder’s Leeds School of Business, who led the study.

Mars - a beaten and battered planet

It’s no secret that Mars is a beaten and battered planet -- astronomers have been peering for centuries at the violent impact craters created by cosmic buckshot pounding its surface over billions of years. But just how beat up is it?

Really beat up, according to a CU-Boulder research team that recently finished counting, outlining and cataloging a staggering 635,000 impact craters on Mars that are roughly a kilometer or more in diameter.

Normal bacterial makeup of the body has huge implications for health, says CU-Boulder professor

 

For the first time, a consortium of researchers organized by the National Institutes of Health, including a University of Colorado Boulder professor, has mapped the normal microbial makeup of healthy humans.

CU-Boulder researchers catalog more than 635,000 Martian craters

It’s no secret that Mars is a beaten and battered planet -- astronomers have been peering for centuries at the violent impact craters created by cosmic buckshot pounding its surface over billions of years. But just how beat up is it?

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