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This section contains regularly updated highlights of the news from around The Johns Hopkins University. Links to the complete news reports from the nine schools, the Applied Physics Laboratory and other centers and institutes are to the left, as are links to help news media contact the Johns Hopkins communications offices.

 

Johns Hopkins Astrophysicist Charles L. Bennett Receives 2013 Jansky Prize

Johns Hopkins University astrophysicist Charles L. Bennett has been selected to receive the 2013 Jansky Prize for his leadership in the establishment of precision cosmology through studies of the Cosmic Microwave Background radiation.

WMAP Team Releases Final Results, Based on Nine Years of Observations

ince its launch in 2001, the Wilkinson Microwave Anisotropy Probe (WMAP) space mission has revolutionized our view of the universe, establishing a cosmological model that explains a widely diverse collection of astronomical observations. Led by Johns Hopkins astrophysicist Charles L. Bennett, the WMAP science team has determined, to a high degree of accuracy and precision, not only the age of the universe, but also the density of atoms; the density of all other non-atomic matter; the epoch when the first stars started to shine; the “lumpiness” of the universe, and how that “lumpiness” depends on scale size. Now, two years after the probe “retired,” Bennett and the WMAP science team are releasing its final results, based on a full nine years of observations.

Johns Hopkins’ Bennett and WMAP Team Awarded the 2012 Gruber Cosmology Prize

The Gruber Foundation announced today that the 2012 Cosmology Prize will be awarded to Johns Hopkins University professor Charles L. Bennett and the Wilkinson Microwave Anisotropy Probe (WMAP) space mission science team that he led. Bennett and the WMAP team are being recognized by the foundation for their transformative study of an ancient light dating back to the infant universe. So precise and accurate are the WMAP results that they form the foundation of the Standard Cosmological Model.

Johns Hopkins Led WMAP Mission Scores World’s Most Cited Science Publications in 2011

All three of the most highly cited scientific papers in the world published in 2011 were from an astrophysics space mission project led by a Johns Hopkins University scientist, according to Thomson Reuters’ Science Watch. The papers cite results from the Wilkinson Microwave Anisotropy Probe (WMAP), a NASA spacecraft launched in 2001 that has revolutionized our knowledge of the history, composition, and geometry of the universe. The WMAP mission is led by Charles L. Bennett, Alumni Centennial Professor of Physics and Astronomy and Johns Hopkins Gilman Scholar

Johns Hopkins Astrophysicist Inducted into University of Maryland Alumni Hall of Fame

Johns Hopkins astrophysicist Charles Bennett has spent his career studying the heavens, so it seems only fitting that he recently took his place among stars of another kind: those inducted into the University of Maryland Alumni Hall of Fame. Bennett, who recently shared the $1 million Shaw Prize in astronomy for his groundbreaking work in determining the age, shape and composition of the universe, now shares this honor with 59 other distinguished University of Maryland luminaries, including Muppet creator Jim Henson, television writer and comedian Larry David, former NFL player Norman “Boomer” Esiason and American choreographer Liz Lerman. He was inducted into the University of Maryland Alumni Hall of Fame on June 5.

Astrophysicist is Co-Winner of Million-Dollar Shaw Prize

Johns Hopkins University astrophysicist Charles Bennett and two colleagues today have been awarded this year’s $1 million Shaw Prize in astronomy for groundbreaking research determining the precise age, composition and curvature of the universe.

JHU Astrophysicist and Team Win $5 Million Stimulus Grant to Build Telescope

A team led by Johns Hopkins astrophysicist Charles L. Bennett has won a $5 million National Science Foundation grant – administered through the stimulus act – to build an instrument designed to probe what happened during the universe’s first trillionth of a second, when it suddenly grew from submicroscopic to astronomical size in far less than time than it takes to blink your eye.

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