Karin Öberg just won the prestigious Packard fellowship. Her citation reads: "Öberg is an astrochemist. She combines ice experiments and radio astronomy to explore the chemistry present during planet formation. This chemistry regulates the compositions and habitability of nascent planets, and is thus key to our understanding of the origins of life."
Yuan-Sen Ting, a graduate student in Harvard's Ph.D. program in Astronomy/Astrophysics, was honored with the presentation of the Perdana Scholar Award. It was presented by the Prime Minister of Malaysia at a ceremony in New York City on Friday, September 26 at which a number of Malaysian Senators and Ministers were also in attendance.
Phil Sadler was honored this week at the International Planetarium Society meeting in Beijing China. He received the 2014 Technology and Innovation Award.The award is given to recognize an individual or institution, “…whose technology and/or innovations in the planetarium field have been, through the years, utilized or replicated by other members and/or planetariums.” In 1977, Sadler invented the Starlab portable planetarium while a middle school math and science teacher. Read more about Phil Sadler Awarded IPS Technology and Innovation Award
"With hundreds of Earth-like planets discovered over the past few years, it’s fair to say we’re on the verge of finding alien life. Two new programs at NASA hope to find and analyze thousands more of these exoplanets, as they’re called. Scientists working on the Transiting Exoplanet Surveying Satellite (TESS) and the James Webb Space Telescope say there’s a very real chance of finding extraterrestrial life within the next two decades. So, if we’re about to meet our extraterrestrial neighbors, let’s get to work on some opening lines. What if we’re really not alone? Read more about Earth 2.0: NPR Radio Interview
"Humanity is on the threshold of being able to detect signs of alien life on other worlds. By studying exoplanet atmospheres, we can look for gases like oxygen and methane that only coexist if replenished by life. But those gases come from simple life forms like microbes. What about advanced civilizations? Would they leave any detectable signs?" Read more about A New Approach to SETI: Targeting Alien Polluters
Harvard Astronomy Professor, Daniel Eisenstein, along with Shaun Cole and John Peacock, to receive the 2014 Shaw prize in astronomy for their contributions to the measurements of features in the large-scale structure of galaxies used to constrain the cosmological model including baryon acoustic oscillations and redshift-space distortions. Read more about 2014 Shaw Prize in Astronomy
Alexander Krolewski, has been awarded a Hoopes Prize for the project entitled "Measuring the luminosity and black hole mass dependence of quasar-galaxy clustering at z ~ 0.8." Natania Wolansky, has been awarded a Hoopes Prize for the project entitled "Are You There Gas? It's Me, Planet: The Effects of Gas on Growth of Gas Giant Cores through Planetesimal Accretion." Read more about 2014 Hoopes Prize and Goldberg Prize Awarded to Astrononomy Undergraduates
The Big Brain Explaining the Growing Universe "Some 14 billion years ago, a violent burst of antigravity drove space to expand at a blistering rate that momentarily exceeded the speed of light..." Read More: http://time.com/70868/john-kovac-2014-time-100/
The graduating Senior Concentrators in the Department presented their theses on April 7, 2014 in Phillips Auditorium. Pictured below are: (left to right) Caleb Canas, Diana Powell, Natania Wolansky, Adrian Arteaga, and Brian Claus.
Asteroids have great interest: not only do they preserve information about the earliest times in the pre-Solar nebula, and as a result contain unique minerals, they are also hazards to the Earth (see Chelyabinks) and are the easiest objects to reach with spacecraft. As targets for human exploration, scientific discovery, retrieval to Earth-Moon space and sources of abundant resources both for space and on Earth, asteroids are worth paying attention to. I investigate all aspects of near-Earth asteroids related to hazards, expeditions and especially resources, i.e. asteroid mining. Read more about Martin Elvis: Asteroids
For a long time we have known that our view of the centers of quasars is often blocked by optically thick dusty material - the ‚Äúobscuring torus‚Äù. But to block a large solid angle requires a large height/radius ratio which is hard to achieve with cold matter. Andy Lawrence and I proposed that a thin torus that is twisted through large angles is a natural solution. I am investigating the spectral energy distributions (SEDs) of quasars in SDSS adding near-IR UKIDSS and mid-IR WISE data to see if the predictions of our model hold up. Read more about Martin Elvis: Quasar Spectral Energy Distributions: Twisted Tori