Jasmine Wang Email & Phone Number

- Developing a support vector machine (SVM) machine learning model to classify treated and untreated synapse distributions, achieving promising classification results, such as cross-well prediction accuracy. - Developing and optimizing Bayesian network inference models to interpret high-dimensional multiplexed imaging data from synaptic proteins.

Pasadena, California, United States

- Measuring histological spiking data of neurons firing in a mouse's brain with Neuropixel probes and developing models to decode visual and behavioral parameters in freely moving mice using Python and machine learning (DeepLabCut).- Implementing advanced imaging techniques including epifluorescent microscopy and histology to reconstruct the trajectory of.

- Trained neural operators to model and predict flow patterns of symmetric and asymmetric airfoils and cylinders (i.e. NACA 0012 and NACA 4415) to anticipate wind flow and turbulence for drones.- Developed and implemented a working dye visualization system for observing important flow phenomenon in a free-surface water tunnel to predict flow development..

- Guided campers to collaborate mathematically and creatively on higher level math competition problems (i.e. Putnam, IMO, USAMO, AIME, AMC, etc.). - Arranged and managed research studies to evaluate connections between traditionally non-mathematical activities (i.e. billiards, origami, music) and mathematics.- Also held this position in June of 2021.

- Analyzed fluid dynamics effects on mooring systems using Excel, QMOOR, and MS-DOS for enhanced precision.- Designed and developed innovative mooring line systems for patented floating wind turbine technology.- Conducted data analysis and compiled insights from academic interviews, presenting findings on startups, offshore engineering, and wind turbines.

- Developed and implemented advanced curriculum strategies that enabled students to accelerate their learning and skip a grade in mathematics, integrating computational thinking and problem-solving skills.- Facilitated peer-to-peer learning and code reviews by encouraging students to present their problem-solving processes, fostering a deeper understanding.

- Initiated a new approach towards solving the Jones Unknot Conjecture - instead of using brute force, simplifying the Jones polynomial of the nontrivial knot down to what it would be if it were to equal the Jones polynomial of the unknot.- Proposed and tested a relationship between fully augmented links and petal projections in topology.- Presented.

- Developed and maintained a website (staturecalc.com) that featured an anthropological calculator aimed to decrease inaccuracies when estimating forensic stature by revitalizing out of date equations.- Consolidated forensics resources after identifying a lack useful learning materials online.

- Conducted a project which used R to build a mathematical model to statistically identify at-risk populations under COVID-19.- Helped medical organizations and government agencies better distribute resources during the pandemic.- Liaised with top epidemiologists and doctors internationally to enact and execute national policies aimed towards combating the.

Mathematics

Education record