Can you hear the shape of a CFMM? (part 3)
Talks about Decentralized Finance, Automated Market Maker and Trading
Building a simulation platform for crypto networks to help developers understand how decisions about security, governance, and consensus mechanisms are likely to affect network activity and asset value Backers include Paradigm, Coinbase, Distributed Global, Dragonfly, First Round, IA, and Polychain
Solving DeFi's most complex economic problems to drive adoption and understanding of the financial systems of the future
Raised $44,788,552.00 from Ribbit Capital, Polychain and Paradigm.
High-frequency trading
Derived the energy spectrum and eigenfunctions for a Gauge/Gravity Duality model of charged black holes. These models help ease computations related to the certain models of high-temperature superconductors and other applications dependent on critical phase transitions. In the process, I found a new explicit example of a Generalized Sasaki-Einstein Metric.
I developed software to run multiple particle tracking simulations for the Cornell High Energy Synchrotron Source (CHESS) using Python and Fortran
Designed and implemented a testing framework in Python to provide quality assurance on multiple integration schemes used in Cornell's particle tracking simulation software.
The goal of this internship was to perform useful translational work that spanned both the bioinformatics and research-oriented areas of AstraZeneca's Wilmington R&D as well as the Clinical Development area. Projects Completed include: - Developing a drug-database search engine that worked with eRoom (coding done in ASP, VBA and occasionally Scala) - Evaluating psychological trials using mathematical techniques (mainly the use of finite probability measures on somewhat ordered clinical psychology data)
This job consisted of both lab and computational work at AstraZeneca Pharmaceuticals in Wilmington, Delaware. I worked on testing novel lipid drug-delivery systems, in particular self-microemulsifying drug delivery systems (SMEDDS). The work completed includes: - Testing of various SMEDDS compounds as vehicles for emerging psychology research compounds