David Schaffner Email & Phone Number
@brynmawr.edu
3 phones found area 818 and 419
LinkedIn matched
Who is David Schaffner? Overview
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David Schaffner is listed as Associate Professor at Bryn Mawr College, based in Bryn Mawr, Pennsylvania, United States. AeroLeads shows a work email signal at brynmawr.edu, phone signal with area code 818, 419, and a matched LinkedIn profile for David Schaffner.
David Schaffner previously worked as Postdoctoral Research at Swarthmore College and Graduate Student Researcher at Ucla - Basic Plasma Science Facility. David Schaffner holds Ph.D, Physics from Ucla.
Email format at Bryn Mawr College
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AeroLeads found 1 current-domain work email signal for David Schaffner. Compare company email patterns before reaching out.
About David Schaffner
I am an experimental plasma physicist focused on issues relating to turbulence both in confinement plasmas as well as astrophysical plasmas. I am a professor at Bryn Mawr College, a women's college outside of Philadelphia, PA.I received my bachelors degree in physics (minor mathematics) from the University of California, Los Angeles (UCLA) in 2006, and my master's and PhD degrees in physics, also from UCLA in 2007 and 2013, respectively, with Troy Carter as my doctoral advisor. After a postdoctoral fellowship in Department of Physics and Astronomy at Swarthmore College working under Michael Brown on SSX, I joined the faculty at Bryn Mawr college in 2015 to start an experimental plasma research lab there.My research interests include: Study of magnetohydrodynamic (MHD) turbulence in a laboratory plasma device. Analysis of fluctuations in magnetic field, fluid flows, density, and temperature of plasma is conducted using a wide variety of time-series and statistical techniques including spectral decomposition, Wavelets, probability distribution functions, temporal and spatial correlations, conditional averaging, and permutation entropy/statistical complexity. Goals include understanding the mechanisms involved in energy transfer and energy dissipation in MHD turbulence and making comparisons to simulations and satellite observations of heliospheric turbulence (such as that found in the solar wind and magnetosheath). Studies of turbulent suppression and transport mechanisms in edge plasma relevant to magnetic confinement fusion are carried out on the Large Plasma Device (LAPD), a joint NSF/DOE User Facility at the University of California, Los Angeles. I maintain a collaborative effort with Michael Brown at Swarthmore College on the Swarthmore Spheromak Experiment (SSX). At Swarthmore, I am currently investigating possible new technologies for fusion plasma under a grant from the Department of Energy's Advanced Research Projects Agency (ARPA-E).
Listed skills include Physics, Plasma Physics, Matlab, Fortran, and 16 others.
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David Schaffner work experience
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Associate Professor
Current
Postdoctoral Research
Investigating astrophysical plasmas such as solar wind and coronal plasma using a laboratory plasma called the Swarthmore Spheromak Experiment or SSX
Graduate Student Researcher
• Designed research project exploring source and effect of flow, flow shear and turbulence on Large Plasma Device (LAPD) at UCLA. • Dissertation in works based on LAPD research.• Collaborated on various other experiments on LAPD, including development of high-speed camera data collection, control of turbulence through beating Alfven waves, and construction/validation of linear and non-linear simulation codes for fluid plasmas.• Developed research methods and programs.• Wrote analyses using IDL and Python languages.• Designed, developed, and constructed novel plasma data collecting probes.• Designed and built electronic circuitry for data collection (prototyping and chemical etched boards).
Grad Student
• Designed research project exploring source and effect of flow, flow shear and turbulence on Large Plasma Device (LAPD) at UCLA. • Dissertation in works based on LAPD research.• Collaborated on various other experiments on LAPD, including development of high-speed camera data collection, control of turbulence through beating Alfven waves, and construction/validation of linear and non-linear simulation codes for fluid plasmas.• Developed research methods and programs.• Wrote analyses using IDL and Python languages.• Designed, developed, and constructed novel plasma data collecting probes.• Designed and built electronic circuitry for data collection (prototyping and chemical etched boards).
Teaching Assistant, Physics
• Maintained and upgraded plasma devices, vacuum systems, probe equipment, and electronics for undergraduate plasma physics lab at UCLA.• Developed Matlab and IDL instructional classes for undergraduate plasma physics labs.• Mentored undergraduate and high school students in research projects including development of Lanthanum Hexaboride plasma source for undergraduate lab, construction of probe drives/actuators with electronics, and software development for data analysis.• Developed and held tutoring, lecture, and discussion sessions for undergraduate students from introductory physics to advanced particle and plasma physics.
Graduate Student Researcher - High Energy Physics
• Analyzed sensitivity, response, resolution, and radiation hardness of chemical-vapor deposition (CVD) diamond strip particle detector at test beam facility of CERN, Switzerland.• Wrote particle detection analysis code in ROOT using C++.• Collaborated with research and testing of diamond detectors for beam monitoring on CDF detector at Fermilab.
Resident Assistant
• Developed and implemented multiple student education and advancement programs throughout academic year and provided counseling for approximately 80 UCLA residents. • Enforced On-Campus Housing rules and regulations.• Responsible for first response in case of Residence Hall emergencies.
Treasurer—Residential Hall Government
• Developed and maintained $18,000 budget for residence hall student activities and programs.
National Undergraduate Fellowship Summer Research
• Participated in accelerated course on Plasma Physics sponsored by Princeton Plasma Physics Laboratory.• Completed research project at General Atomics using data from onsite Tokamak D-IIID. • Expanded upon linear theory of ion cyclotron harmonic damping in neutral beam injected plasma using physical Non-Maxwellian rather than Maxwellian distribution functions.
David Schaffner education
Ph.D, Physics
M.S, Physics
B.S., Physics
Frequently asked questions about David Schaffner
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What company does David Schaffner work for?
David Schaffner works for Bryn Mawr College.
What is David Schaffner's role at Bryn Mawr College?
David Schaffner is listed as Associate Professor at Bryn Mawr College.
What is David Schaffner's email address?
AeroLeads has found 1 work email signal at @brynmawr.edu for David Schaffner at Bryn Mawr College.
What is David Schaffner's phone number?
AeroLeads has found 3 phone signal(s) with area code 818, 419 for David Schaffner at Bryn Mawr College.
Where is David Schaffner based?
David Schaffner is based in Bryn Mawr, Pennsylvania, United States while working with Bryn Mawr College.
What companies has David Schaffner worked for?
David Schaffner has worked for Bryn Mawr College, Swarthmore College, Ucla - Basic Plasma Science Facility, Plasma Physics, and Ucla.
How can I contact David Schaffner?
You can use AeroLeads to view verified contact signals for David Schaffner at Bryn Mawr College, including work email, phone, and LinkedIn data when available.
What schools did David Schaffner attend?
David Schaffner holds Ph.D, Physics from Ucla.
What skills is David Schaffner known for?
David Schaffner is listed with skills including Physics, Plasma Physics, Matlab, Fortran, Idl, Mathematical Modeling, Latex, and C++.
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