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Researchers of the Month
Here are just some of the graduating seniors we will miss. ...We wish them all well with their future endeavors and pursuits!
Christy Au - Biochemistry Major - Research Mentor: Dr. Ed Luk, Biochemistry & Cell Biology
Katrina Haught - Biochemistry Major - Research Mentor: Dr. Kevin Czaplinski, Biochemistry & Cell Biology
Jennifer Imbrogno - Chemical & Molecular Engineering Major - Research Mentor: Dr. Tadanori Koga, Materials Science & Engineering
Daniel Irizarry - Biology Major - Research Mentors: Dr. Jennie Williams, Family, Population & Preventive Medicine, Medicine; Dr. Nancy Reich, Molecular Genetics & Microbiology
Michael Itzkin - Geology Major - Research Mentor: Dr. Daniel Davis, Geosciences
Platon Karpov - Physics & Astronomy Major - Research Mentors: Dr. Alan Calder, Dr. Abhay Deshpande, Physics & Astronomy
Asher Marks - Economics Major - Research Mentor: Dr. Azzimonti-Renzo, Economics
Brian Mazeski - English Major - Research Mentors: Dr. Justin Johnston, Dr. Douglas Pfeiffer, English; Dr. Abena Asare, Africana Studies
Parandis Nejati -Biology Major - Research Mentor: Dr. Stephen Walker, Oral Biology & Pathology
Shamin Sahebzada -Interdisciplinary Biology major - Research Mentor: Dr. Sharon Pochron, Sustainability Studies
Helen Xu - Computer Science & Applied Math Majors - Research Mentors: Dr. Michael Bender, Dr. Rob Johnson, Computer Science
Breanna Zavadoff - Atmospheric & Oceanic Sciences major - Research Mentor: Dr. Thomas Galarneau, National Center for Atmospheric Research in Boulder, Colorado
Jennifer Imbrogno is a member of the University Scholars program majoring in Chemical and Molecular
Engineering with a Japanese Studies minor, from Massaapequa, NY. She has been active
doing research on polymer thin films in Dr. Tadanori Koga’s lab in the Materials Science
Department since spring 2014. Jennifer participated in the URECA Explorations in STEM
summer program in 2014. She has presented her research at the URECA Research Fair
(twice), at admitted students day; and more recently, at an APS conference in San
Antonio in 2015. Jennifer was a TA for organic chemistry, a summer organic chemistry
instructor and a head undergraduate TA. She is a member of the American Institute
of Chemical Engineers, the American Chemical Society, as well as the American Physical
Society. Jennifer will be attending the University of Texas at Austin in the fall
to pursue a PhD.
Daniel Irizarry is a Biology major who grew up on Long Island and worked for a decade in the construction business prior to studying at Suffolk County Community College and Stony Brook University. His first research experience was obtained through the Chancellor's Education Pipeline Biomedical Research Award program at Stony Brook in 2013 offered through CESAME (now the Institute of STEM Education), where he had the opportunity to work in the lab of Dr. Nancy Reich. The following summer he participated in the Biology Participation in Research and Education Program (BioPrep) during his first summer at Stony Brook, this time working in the lab of Dr. Jennie Williams doing work on cancer and racial health disparities. He has since continued working in Dr. Williams’ lab as an IMSD student. Daniel has presented at the ABRCMS symposium in San Antonio Texas (2014) as well as at the URECA annual symposium (2016). He is also a Collegiate Science and Technology Entry Program (CSTEP) student, and a HEARST foundation mentor here at Stony Brook. He enjoys basketball and volunteering in his free time; and as of this month, spending time with his newborn son. He will be joining the Graduate program in Genetics at Stony Brook this fall.
Michael Itzkin is a Geology major who has over the last year been involved in glacial and coastal geological research under the guidance of Dr. Dan Davis (Geosciences). Utilizing ground penetrating radar (GPR), Michael has been conducting a research project titled “A GPR-Based Stratigraphic Analysis of Robert Moses State Park” that seeks to understand the morphological and geometric changes that Long Island’s barrier island system has undergone over time in response to storms and gradual environmental changes such as rising sea level. Michael has presented his research in a talk at the Long Island Geologist’s Conference and in an undergraduate thesis. In addition to his academic work, he is also a resident assistant in Sanger College and an undergraduate college forever fellow for the undergraduate college of Arts, Culture, and Humanities. In the fall, Michael will be heading to the University of North Carolina – Chapel Hill to pursue a Ph.D. in geology.
Platon Karpov is the recipient of this year’s John S. Toll Prize which annually recognizes a graduating senior in physics/astronomy. At SB, Platon has been active with the SBU Astronomy Club which helps facilitate Astronomy Open Night events, the Society of Physics Students at SBU; and was inducted into Sigma Pi Sigma. Platon joined the research group of Dr. Abhay Deshpande as a freshman to work on a magnetic cloaking device project. In summer 2014, Platon then joined the computational nuclear astrophysics group of Dr. Alan Calder where he worked on simulating Type Ia supernovae to see how different properties of the progenitor white dwarf stars influence the brightness of the events. This work was supported by the SUNY RF-funded Explorations in STEM program in summer 2014. In his junior year, Platon continued working in the Calder group, where he worked to provide tools to correct observational data for neutron star atmospheres, and also began collaborations with a colleague at the Los Alamos Laboratory on developing a radiation transfer code; his research in summer 2015 was supported by URECA. In 2015-2016, Platon was selected as an intern for the NSF-funded Blue Waters Project at the National Center for Supercomputing Applications, a program that promoted a year-long commitment on a computational science project utilizing the petascale Blue Waters supercomputer at the University of Illinois at Urbana-Champaign. Platon has participated three times in the annual URECA poster symposium; and was recently recognized with honorable mention in the Chambliss Astronomy Achievement Award at the 227th AAS Meeting. Platon will be pursuing a PhD in astrophysics at UC Santa Cruz following a summer internship on Parallel Computing at the Information Science and Technology Institute at Los Alamos National Laboratory. Prior to starting his undergraduate studies at SB, Platon Karpov had immigrated as a high school student to the US from Russia without any knowledge of English.
Shamin Sahebzada is an Interdisciplinary Biology major with a minor in Ecosystems and Human Impact. After transferring to Stony Brook University, Shamin joined the Sustainability Studies Earthworm Ecotoxicology Lab to raise his awareness of human environmental impact. Under the mentorship of Dr. Sharon Pochron, he has successfully quantified the deleterious effects of herbicides, heavy metals, and fertilizer on earthworms and soil microorganisms. Throughout his three years of involvement, Shamin has learned to be a leader that not only plans and coordinates experiments, but also serves as a friend and mentor to his academic peers. Shamin has presented his research multiple times at the URECA symposium, the Earthstock Environmental Student Research Exhibition, and the New York Marine Science Consortium. With his experience writing research articles and tutoring at Stony Brook University’s Writing Center, Shamin continually strives to enhance his ability to effectively communicate science for the public. He is a two-time awardee of the Sustainability Studies Undergraduate Research Award; and a recipient of the Undergraduate Recognition Award for Academic Excellence. As a first generation college student, Shamin plans to further his education by pursing a Master’s in Public Health with a focus in Epidemiology, followed by a Ph.D. Ultimately, he seeks to reduce suffering through understanding of the distribution, determinants, and control of illness.
Helen Xu is a Computer Science and Applied Math major in the Women in Science and Engineering (WISE) program, from Scarsdale NY. She started with research in the spring of 2013 under Professor Michael Bender in the CS department in external memory algorithms and various other questions in theoretical CS. Last summer Helen was at Sandia National Labs working on the application of data structures to for security purposes and cryptographic algorithms under Dr. Tom Kroeger and continued that work with Professor Rob Johnson in CS over the past year. Her current work is on the intersection of randomization and I/O-efficient algorithms, which will continue into the summer at Sandia Labs in New Mexico. She will be starting a Ph.D. program at MIT in Computer Science in the fall, with support from the department in conjunction with a NPSC fellowship for graduate study.
Breanna Zavadoff is an Atmospheric and Oceanic Sciences major on the Meteorology Track, from Hicksville, NY. During the summer of 2015 Breanna participated in an 11-week internship at the National Center for Atmospheric Research in Boulder, Colorado where she studied tropical cyclone development in the southwest Caribbean Sea. Breanna has presented her research on campus at the URECA Celebration as well as at the 2016 Northeastern Storms Conference and the 96th Annual American Meteorological Society Student Conference. Breanna has been a member of the Meteorology Club since freshman year and for the past three years she has been a member of the Women's Rugby Club team, serving as treasurer, president and, most recently, team captain. Breanna was a recipient of the Petra M. Udelhofen Memorial Scholarship in 2014, was inducted as a member of Phi Beta Kappa in 2015 and received the Provost’s award for Academic Excellence this past month. In the Fall, Breanna will be attending the University of Miami to pursue a Ph.D. in Meteorology and Physical Oceanography.
Below are excerpts of their conversations with Karen Kernan, URECA Director.
Karen. What advice about research do you have for other undergrads?
Jennifer: My advice for an undergrad looking to start in research is to find a professor you’re comfortable with and who will allow you to be as independent as possible and grow. What’s most important is that you are enthusiastic about going into lab and working toward your goal.
Katrina. The most important lesson I learned from working in a lab environment is that it's okay to reach out and ask questions or ask for help. Many students are afraid of looking silly or incompetent in front of their colleagues, but in reality most scientists will see your curiosity and dedication to doing things correctly as a great asset.
Brian: For doing a senior thesis project, I think everybody has one first idea that they are excited about and then realize that it’s either unmanageable or too big or already been done. That happens a lot. One of the useful things about being a part of the honors program in English is that you take a research class the semester before, which helps you prepare by producing an abstract, 6-7 pages of close reading, and a bibliography before you even start writing the thesis. Also, you need to recognize when to stop researching and brainstorming topics and when to start writing. And most importantly, you need to find a topic that you like and that you are interested in and care about. That happened for me, and things kind of fell into place. I’ve been reading and writing about New York City, which is fun for me, and has a special meaning because I grew up there, in Queens.
Daniel. My mentor has really been huge in helping me get to this point. I wound up in Dr. Jennie Williams’s lab through the Bioprep program and she sort of took me under her wing. Without her, I wouldn’t have realized any of these opportunities available to me or how to navigate this path. My parents didn’t go to college. And even though science was always interesting to me, I never thought I could be a scientist. That seemed far off, something that I couldn't have imagined happening. Dr. Williams was instrumental in helping me understand the process of what it means to be a scientist, what you need to do to get there, and what kind of job opportunities are available.
Karen. What's your favorite aspect of doing research?:
Asher. My favorite part of doing research is taking some situation that you hear about, dissecting the problem into individual challenges, and then using any and all means at your disposal to either analyze why that specific problem is occurring or possible solutions to the issue. The ability to conduct effective research enables me take what we are told as facts and to derive conclusions on my own from the results of my analyses.
Helen. While there's still so much I don't know, so far I've enjoyed the process of forming ideas and testing them, whether through proofs or experiments. I like that it involves a lot of different skills - both technical and communicative.
Platon. I like that it’s pushing the boundaries of human knowledge and I’m able to participate in that process. Starting in my freshman year, at a relatively early age, I’ve been able to delve into a very professional field that I didn’t qualify for at first but was able to build myself up for ... Just studying from the books is not enough. You need to know how to apply it.
Christy. Before doing research, I never fully appreciated the amount of work that went into the
science we are taught in class. I now sit through class thinking about what techniques
may have been used and wonder which ones could be employed to further study the matter.
During research, there is no sure-fire way of solving a problem. You try and try again
until you arrive at a conclusion. While it may take awhile, the journey there teaches
you just as much.