IGERT Video Poster Competition Voting Open

Tony Ng (a grad student in Paul Miller’s lab in Neuroscience) writes:

I’m entering a nationwide video/poster competition organized by the National Science Foundation (NSF) under the IGERT program.  There are over 100 three-minute-videos/posters in the competition.  The videos/posters are divided into 18 fields, all of which are multidisciplinary.  Mine covers cognition/biology/physics.

The competition has a Public Choice award.  Winning the award requires Facebook “likes” on my page.  I need on the order ~1000 “likes” to be in contention.  The bar has been raised from last year’s.  The competition is fierce.  Each/every vote from the Brandeis community counts!

The competition opens today (5/21) and ends Thursday (5/23) at 10pm.  For a vote to count, it is imperative to click on the “Public Choice” button, which would then trigger a Facebook “like” sign-in.  Anyone with an existing Facebook account can contribute.

Here’s the link to my 3-minute video/poster:

http://posterhall.org/igert2013/posters/402

Act now! Tthe competition closes on Thursday at 10pm!

Hope you enjoy the videos!

Update (2 pm):

Andrew Russell from the Petkso-Ringe lab also has a poster in the competition on studying Aβ oligomers to understand Alzheimer’s Disease – check it out — vote early, vote often?

http://posterhall.org/igert2013/posters/416

Harald Helfgott ’98 and the Odd Goldbach Conjecture

The Computer Science Dept blog passed on the report from the New Scientist that Harald Halfgott ’98 (Math/Co Sci), now working at the École Normale Supérieure in Paris, has proved the odd (weak) Goldbach conjecture, which states that every odd number above 5 is the sum of three primes. For the paper “Major Arcs for Goldbach’s Problem”, see http://arxiv.org/abs/1305.2897

see also: http://blogs.scientificamerican.com/roots-of-unity/2013/05/15/goldbach-variations/

Asher Preska Steinberg ’13 receives NSF Graduate Fellowship

steinbergAsher Preska Steinberg ’13, who majored in both chemistry and physics at Brandeis, has been awarded a National Science Foundation Graduate Research Fellowship in materials research.  The fellowships, which are awarded based on a national competition, provide three full years of support for Ph.D. research and are highly valued by students and institutions.

At Brandeis, Asher worked on his senior thesis in chemistry with Professor Milos Dolnik as part of the Epstein Group. They studied the growth dynamics of Turing patterns in photosensitive reaction-diffusion systems. As part of the 2011 NYU MRSEC Research Experiences for Undergraduates (REU) program Asher worked with Paul Chaikin to study active colloids, and they recently published an article in Science entitled “Living Crystals of Light-Activated Colloidal Surfers”. The article received attention from the press, including the LA Times, Wired, and Ars Technica.  Last summer Asher participated in the Columbia EFRC Research Program for Undergraduates (RPU) and studied silver plasmonic nanoparticles with Louis Brus.

Asher will be attending California Institute of Technology this coming fall in the field of Chemical Physics.

The Genetics Training Grant hosts a panel discussion and lunch focused on careers outside academia

This past Monday, April 29th, students and post-docs, eager to learn more about careers outside of academia, had the opportunity to hear from, and question, panelist who have successfully harnessed their PhD experience to excel in non-academic careers. The event, hosted by the Genetics Training Grant, brought together panelists from several different fields, including scientific publishing, pharmaceutical research, consulting, and intellectual property law. The panelists were Priya Budde, Reviews Editor, The Journal of Cell Biology; Sadanand Vodala, Research Scientist, ARIAD Pharmaceuticals; Derek Buhl, Principal Scientist, Pfizer Neuroscience; Peter Bak, Consultant, Back Bay Life Science Advisors; and John Garvey, Partner, K&L Gates LLP. Each panelist spoke about their background in academia, how they made the transition to their current position, and fielded numerous questions from the audience both during the panel and at the networking lunch that followed.

The panelists gave the audience a sense of what their specific careers entail, and how skills they had acquired during their PhDs were highly relevant to their current work. Some of the transferable skills mentioned included critical thinking and the ability to quickly synthesize information and distill what is most important and interesting about a given scientific finding. These skills enabled them to be highly effective in their jobs, whether efficiently evaluating scientific manuscripts as an editor, or determining the crux of a client’s research as a consultant or intellectual property lawyer.

Current jobs for recent Brandeis Life Science PhDs (graduates 2002 and beyond, n=200)

Current jobs for recent Brandeis Life Science PhDs (Neuro, Mol Cell Biol, Biochem, Biophys graduates, 2002 and beyond, n=200)

Having completed their transition from academia to the business world, panelists were able to highlight some of key cultural and practical differences associated with working in a profit-driven industry. While Derek described his lab at Pfizer as largely mimicking an academic environment (minus the need to perpetually write grants), he and other panelists noted that, unlike academia, business evaluations are based almost exclusively on having achieved specific pre-determined goals. On the upside, for those who exceed expectations in business, there are lots of opportunities to move up the ladder. Other differences that panelists encountered in their non-academic professions included firmer deadlines, higher dressing standards, and less flexible hours.

While the majority of the discussion was specific to the panelists’ career paths, much of the advice applied to career searches in general. The importance of good networking was emphasized. Job seekers were encouraged to make the most of their networks – and their network’s network as well. Each panelist explained how he or she had acquired their job through a combination of effective networking, being proactive, and in some cases, luck. Panelists were quick to point out, though, that time and effort invested were positively correlated with “luck.”

Panelists stressed that effective networking required quickly following through with contacts, and being prepared to impress key contacts with excellent questions that demonstrate your research on a given company. They encouraged the audience to be proactive, and if needed persistent, in reaching out to people whose work they find interesting. Several panelists also emphasized the benefits of acquiring job-related experience. They noted this was a good way to both boost your resume and get a better sense of whether a given profession is the right fit for you. For example, John Garvey recommended joining a consulting or biotech club, and/or taking a business class. Getting involved in job-related activities is also excellent ways to establish good contacts for networking.

Overall the panelist presented several attractive alternatives to a traditional academic career. By carefully analyzing his or her personality, strengths, and working style, each of them had found a rewarding career that effectively utilized their scientific background/training. Priya, the editor, described how she enjoyed being able to see where scientific fields are going and staying up to date with the latest scientific breakthroughs. Derek, the pharmaceutical researcher, explained how it was gratifying for him to be working directly to develop drugs that could benefit people. John, the lawyer, explained how his work solving business problems was important because it helped provide pharmaceutical companies with the financial resources to bring new life-saving drugs to market. The general take-home message from all of the panelists was that, using the right career strategies, one can effectively use one’s PhD as a launching point to successfully pursue many different avenues outside of academia. Those interested in getting a better sense of what career might be a good fit for them are encouraged to visit http://myidp.sciencecareers.org and fill out the survey.

What do Brandeis life science PhD students go on to do?

Turrigiano elected to NAS

Professor of Biology Gina Turrigiano has been elected to the National Academy of Sciences this month. Turrigiano, a neuroscientist, is interested in synaptic scaling and remodeling, and in the tension between plasticity and stability in neurons during learning and development.

For more information, see the story at Brandeis NOW or the Turrigiano lab website.

Brandeis-India Science Scholars Applications Due May 10

We are excited to be offering the opportunity for undergraduate students to study courses in Biological Sciences, Chemical Sciences, Electrical Sciences, Mathematical and Physical Sciences, Mechanical Sciences, and Computer Sciences at the Indian Institute of Science, the premier science research and education institution in India, beginning in Spring 2014.

Please visit the Brandeis-India Science Scholars website for additional information and to access the application. Additional funding opportunities are available for this program through the Brandeis-India Initiative and the Physics Department.  More information about these opportunities is available in the financial section on the program website.

Application deadline: May 10th, 2013

Please feel free to contact Amber Thacher in the Office of Study Abroad with any questions about the program or application process.  athacher @t brandeis dot edu

Science Club for Girls Event on April 25

Science Club for Girls is a Cambridge based organization which reaches out to Boston area communities with the goal of increasing the self-confidence and literacy in science, technology, engineering and mathematics (STEM) of K-12th grade girls belonging to groups that are underrepresented in these fields, through free programs that include hands-on learning, mentorship, and leadership opportunities. Girls work with mentor-scientists who model and foster leadership, affirm college as an expectation, and promote careers in science and technology as goals and options.  A group of dedicated undergraduates here at Brandeis have started a college chapter this year, and hope to begin hosting events for young girls in Waltham next year.  In the mean time, the club plans to host an event to bring together female faculty, graduate students, and undergraduates to socialize, get to know one another, and share their experiences as women in the scientific community here at Brandeis.  It should be a fun event, and there will be pizza!  Hope to see some of you there!
THURSDAY APRIL 25th 5:30-7:00 pm - Pizza with Professors – Shapiro Science Center First Floor Library: Have questions about classes, med/grad school, getting into labs at Brandeis, etc.? We will be hosting a great event where some Brandeis professors (like Dr. KC) and grad students will be available to talk about these and other questions that you might have. It will be a great way to mingle with some excellent Brandeis faculty and learn a bit more about your future at Brandeis and beyond!

P.S. – If you have any questions please contact us at brandeis@scienceclubforgirls.org

Dogic Lab Wins Andor Insight Award

The ‘Insight Awards‘  is a video contest showcasing research imagery from the physical and life sciences which utilize Andor technology to capture data.  This year, the Dogic Lab submitted a research video to the competition and garnered first prize in the Physical Sciences division for their video of Oscillating Microtubule Bundles.

From the competition notes:

Microtubules are a bio-polymer composed of the protein tubulin and are used extensively in the cell for cellular division, cell motility, and transportation of cargo within the cell. Here, we investigate the material properties of mixtures of microtubules, a depletion agent, and the molecular motor Kinesin. The microtubules, driven by Kinesin motors, spontaneously organize into bundles of microtubules that oscillate in a manner reminiscent of flagella and cilia found in biology. This engineered system will allow us to studying systems of self-propelled and self-organized matter that exist far from equilibrium in the field known as Active Matter.

We use standard fluorescent microscopy to image labeled microtubules in a thin, flow cell microscope chamber. An Andor Clara camera was used in conjunction with a Nikon Ti Eclipse microscope to capture this video.

Video and Entry by Stephen DeCamp.

For this, and more videos from the Dogic Lab, visit their YouTube page or their website at Brandeis University.

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