Boston University Physics News

Physics Undergrad, Miranda Bryson, accepted into DOE-INFN summer exchange program new
April 24, 2019:

BU Physics Undergrad, Miranda Bryson, has been accepted into the DOE-INFN summer exchange program! The DOE-INFN program is a program dedicated to the exchange of eleven US and Italian students in science and engineering.

INFN, one of the leading organization worldwide promoting basic scientific research, is involved with cutting-edge activities in all major INFN-DoE areas of interest: Particle Physics, Astroparticle Physics, Nuclear Physics, Theoretical Physics and Detector Physics.

Miranda will be spending half the summer at CERN testing CMS muon electronics and half the summer in Milano learning about fast tracking algorithms being designed for LHCb! Congratulations Miranda!

Professor David Bishop elected to the National Academy of Engineering
March 01, 2019:

Physics Professor David Bishop was elected to the National Academy of Engineering this February. The NAE is part of the National Academies of Sciences, Engineering, and Medicine, and it has more than 2,000 peer-elected members. These members are drawn from senior professionals in business, academia, and government, who are among the world’s most accomplished engineers. Members are nominated and elected based on contributions to engineering research, practice, or education. Congratulations David!

To read more about this, click here!

Alex Sushkov and Liam Fitzpatrick featured in BU Today
February 28, 2019:

Assistant professors Alex Sushkov and Liam Fitzpatrick were featured in a new video by BU Today. In the video and accompanying article, the two talk about the differences and rivalry between theoretical and experimental physics.

 Find the video and article here!

g-2 Experiment named as one of the science stories likely to make headlines in 2019 by Science Mag
February 08, 2019:

Science Magazine has been named as one of the 13 science stories likely to make headlines in 2019. The g-2 experiment focuses on studying the magnetism of a particle called the muon, hopefully to find results that could point to new particles or forces. Due to this, a result could be one of the biggest stories in particle physics this year!

Lee Roberts, along with Jim Miller and Rob Carey play important roles in the experiment and are continuing to be important in the Fermilab. 

Click here to read the full list!

Assistant Professor Masha Kamenetska wins Air Force Young Investigator Research Program Grant
October 05, 2018:

Congratulations to Assistant Professor Masha Kamenetska, who received a three-year grant, totaling $450,000, through the Air Force's Young Investigator Research Program! Her anticipated area of research is robust conductance and force measurements of single DNA molecules to quantify nucleosome unwinding.

Read more about it here!

Lee Roberts Writes Viewpoint in Recent Physical Review Article
July 15, 2018:

Physics Professor Lee Roberts was invited to write a Viewpoint for an article published in a recent issue in Physical Review D. The article focuses on an important recent step in the evaluation of the strong interaction contribution to the Standard Model value of the muon's anomalous magnetic moment. Lee writes in reaction that "This [article] represents the most precise evaluation of the hadronic contribution, and it reaffirms a long-standing discrepancy with experiments". This reaction stems from their measurements of the muon's magnetic anomaly at Brookhaven National Lab


Lee Roberts, along with Jim Miller and Rob Carey play important roles in the BNL measurement and are continuing to be important in the new Fermilab measurement.

Click here to read the full Viewpoint!

Mirtha Salcedo-Cabello awarded with the 2018 John S. Perkins Award
April 04, 2018:


 Congratulations to Graduate Program Coordinator Mirtha Salcedo-Cabello. Mirtha has been named one of three winners of the 2018 John S. Perkins Award for Distinguished Service. The award is presented by the Faculty Council to BU staff members who serve the university with great distinction. Mirtha has been with the Physics Department for 23 years, and is responsible for overseeing the day-to-day functioning of the Physics Department's Graduate Program as well as providing routine academic advising as students’ progress through the Graduate Program. 

Emanuel Katz promoted to Full Professor
February 28, 2018:

Congratulations to Emanuel Katz, who has been promoted to the rank of Full Professor. Katz's research explores theoretical particle and condensed-matter physics, using conformal field theory techniques to develop new ways of thinking about interacting fields and working to improve understanding of the physics related to large hadron collider experiments.

Anushya Chandran Named 2018 Sloan Research Fellow
February 20, 2018:

Assistant Professor Anushya Chandran was recently named a 2018 Sloan Research Fellow. The two-year fellowships are awarded annually to 126 researchers for their unique potential to make substantial contributions to their field of work. Chandran's research focuses mainly on quantum many-body theory and non-equilibrium systems. Congragualtions Anushya for recognition!

You can read more here at BU Today:

Boston University work on DESI project featured in press release.
February 12, 2018:

Work done by the Ahlen group and the Scientific Instrument Facility (SIF) at BU have been featured in a press release by the Dark Energy Spectroscopic Instrument or DESI project.  The SIF at BU and the Ahlen group, which consists of Professor Steve Ahlen and grad student Yutong Duan, and have contributed to the production of a large number of components for DESI.

The DESI will be installed and run from Kitt Peak National Observatory. The project aims to provide new insights about the universe’s expansion and large-scale structure. In addition, it aims to help set limits on theories related to gravity and the formative stages of the universe, and could even provide new mass measurements for a variety of elusive yet abundant subatomic particles called neutrinos.

The project will use an array of 5,000 swiveling robots, each carefully choreographed to point a fiber-optic cable at a preprogrammed sequence of deep-space objects, including millions of galaxies and quasars, which are galaxies that harbor actively feeding, massive black holes. It aims to scan one-third of the sky and will capture about 10 times more data than predecessor surveys.

For the CAS News article, click here!

For the press release, click here!