We studied the X-ray emissions of three pulsars using the Neutron star Interior Composition Explorer (NICER) in order to analyze their pulse-to-pulse intensity modulation, or how individual pulses differ in brightness from one to the next.
Headline Archive for Marielle Latrick
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We tried to understand for what values of free parameters the fine structure constant is consistent with QSO data and how it further evolves at later times for different existing models of the universe.
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Our work involves validating thread, an algorithm for reconstructing the genomes of ancestral individuals using genetic data from contemporary individuals. By running simulations & designing trials, we managed to test assumptions & improve its accuracy.
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This project was a collaboration between myself, Dylan Soemitro, and Professor Rajesh Kumar. We focused on improving previous solutions for authenticating and identifying users based on their mouse movement behavior.
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I am working with Professor Dave Wonnacott in the Computer Science Department. The main focus of the research project is to create more accessible labs for students in CS106 and ECON300. We have worked on improving labs instructions, incorporate multiple.
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An exploration of Legendrian knots, including work on an existing conjecture and a proposed method for creating front diagrams out of knots with strongly quasipositive braid diagrams.
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My research investigates alternative substrates for use with thin-film dielectric semiconductors. I am developing cleaning and surface modification protocols for these substrates so research labs can effectively use materials for various applications.
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I study how acyl carrier protein (ACP), a key biosynthetic transport protein, interacts with its local environment using computer simulations. I hope to understand which physical factors drive the activity of ACP with other metabolites.
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Mutation in ap2s1 gene has been shown to impair acoustic habituation skills in zebrafish. To further understand the role of this gene in learning behavior, I tried to investigate if ap2s1 mutation impairs vision.
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My main focus during this research was to understand the bias present in physical biometrics systems, find the algorithms developed to mitigate the bias and then replicate the process to find bias and mitigate the bias in behavioral systems.
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This presentation goes over the planned synthesis of DIGuns-qenq, a ligand based on DIGuns-penp and DIG3tren.
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Neutral atomic hydrogen (HI) gas reservoir within galaxies can form molecular hydrogen (H2) which can initiate the process of star formation. We explore HI rich but low star-forming galaxies to answer why these galaxies are unable to convert HI to stars.
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We used data from the NICER x-ray telescope on the ISS in order to create a model for Earth's atmosphere, and specifically a model that we can use to locate the ISS in its orbit as it watches a bright source emerge from behind the rocky Earth.
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My research project focused on the use of killed and attenuated vaccines for COVID-19. These vaccines use the actual virus that has either been killed or genetically/molecularly modified to make them safe for injection.
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Ap2s1 is a gene that is critical for short term learning in zebrafish. This summer, my project focused on identifying new effects that ap2s1 mutations have. More specifically, I identified a difference in hunting behavior between mutant and sibling fish.