Mobolaji Williams
Data Scientist & Researcher
Bio
Since 2024, I've worked as a data scientist at AE Studio, and from 2019 to 2024, I worked as a data scientist at Jellyfish.
Previous academic work involved studying multiple supersymmetry breaking as a model of dark matter in undergrad, and statistical physics and combinatorics of biomolecular interactions in grad school.
Research Papers
(2024) Continuum Limit of Mean-Field Partition Functions.
J. Phys. A: Math.
Theor.,
58 (2025) 025002
(One Page
Summary)/J. Phys. A:
Math. Theor. 58
025002
(2024) Large W limit of the knapsack problem.
Physical Review E,
109(4),
044151
(One Page
Summary)/PhysRevE.109.044151
(2022) Derangement model of ligand-receptor binding.
Computational and
Mathematical
Biophysics, 10(1), pp.123-166
(One Page
Summary)/[arxiv:2201.09471]
(2019) Self-assembly of a dimer system.
Physical Review E, 99(4),
042133.
(One Page
Summary)/[arxiv:1909.00455]
(2018) Permutation glass.
Physical Review E, 97(1), 012139.
(One Page
Summary)/[arxiv:1801.03231]
(2018) Missing Curriculum in Physics Problem Solving Education.
Science &
Education27.3: 299-319.
[Science & Education, 27(3),
pp.299-319.]
(2017) Statistical physics of the symmetric group.
Physical Review
E, 95(4),
042126.
(One
Page
Summary)/[PhysRevE.95.042126]
(2013) Multiply Supersymmetry Breaking as a Model of Dark Matter.
MIT
Physics
[Thesis PDF]
Presentations
Civic Tech DC
- "Balllot Initiative Project" (Project Showcase, Jan 22, 2025) [Presentation]
Jellyfish (2019-2024)
- "Electoral Misalignment" (DS Journal Club, Nov 15, 2023) [Research Notes]
- "Bayesian Learning Potential" (DS Research Day, Aug 31, 2023) [Slides]
- "NYT Digits - Algorithms and Mathematics" (DS Journal Club, July 25, 2023) [Slides]
- "Introduction to Spectral Clustering" (DS Research Day, Jan 25, 2022) [Jupyter Notebook]
- "Restricted Boltzmann Machines" (DS Journal Club, Oct 10, 2020) [Slides]
- "Monty Hall Problem" (Lunch and Learn, July 7, 2020) [Slides]
Insight Data Science (2019)
- Phantom Pen — Final Project Presentations (July 2019) [High Level Demo]/[Design Discussion]
Harvard Physics (2014-2019)
- "Spatial Gene Drives and Pushed Genetic Waves" (Shakhnovich Journal Club, Nov 10, 2018) [Slides]
- "Self Assembly of a Dimer System" (Shakhnovich Group Meeting, May 5, 2018) [Slides]
- "A Model of Correct and Incorrect Dimer Contacts" (Shakhnovich Group Meeting, Jan 16, 2018) [Slides]
- "Genes, Environment, and 'Bad Luck'" (Shakhnovich Journal Club, Nov 10, 2017) [Slides]
- "Experimental Realizations of Favorable-Contact Model" (Shakhnovich Group Meeting, Aug 15, 2017) [Slides]
- "Favorable Contact Model of Folding" (Shakhnovich Group Meeting, Mar 21, 2017) [Slides]
- "Statistical Physics of the Symmetric Group" (Harvard Physics Oral Qualifying Exam, Dec 12, 2016) [Slides]
- "Statistical Physics of Self-Replication" (Shakhnovich Journal Club, Dec 12, 2016) [Slides]