Summary
Overview
Work History
Education
Skills
Timeline
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Phillip Martinez

Brooklyn,NY

Summary

  • I now am involved with multiple projects from prime number generators, or wheels, sieves and have successfully built a system with a biconditional duality our sieve can produce primes without gaps or any overlaps. I am also working on a phase-based landscape scape model for in this context our exactly factorized solutions to Schrodinger's infamous equation provide the dynamics that shape this landscape showing an irrefutable manifold perspective given by these formulations as well as they provided us with the continuity equation and a full list of potentials. Which includes the vector and the quantum potentials.

It is important to note that all these submissions are in collaboration with an assistant AI who does not contribute to ideas or formulations rather keeps a consistency check. The AI assistant also correct language refined structure and writes code in efficient time. Which brings us to our third and simultaneous work which is a protocol of weighted coefficients on cues which an AI cannot semantically pick up curs from writing and reading alone. Did someone ambitious protocol is hope to inspire future researchers that collaborate with artificial intelligence so that they could do so in an ethical way.

Overview

5
5
years of professional experience
5
5
years of post-secondary education

Work History

Lab Researcher

CUNY/NIH
Manhattan, New York
01.2022 - 01.2023
  • Conducted laboratory work on fluorescent proteins and related nanostructures as part of early-stage explorations of biologically inspired quantum information systems.
  • Collaborated with faculty and lab staff on experiment design, data collection, and documentation, while increasingly focusing on theoretical models and independent research directions. �
  • Conducted experiments to support ongoing research projects in biomedical sciences.
  • Produced comprehensive research questions and potential hypotheses.

Reseach Peer

NIH (then later) RISE CUNY
Manhattan, NY
01.2018 - 11.2021

]Conduct original research in quantum mechanics, exact factorization, and quantum information with AI-assisted workflows.

��First author on “Case studies of the time-dependent potential energy surface for molecular dynamics” (Journal of Chemical Physics 154, 014102).

Education

Physics

Cuny Graduate
07.2021 - 01.2026

Skills

  • Research methodology
  • Experimental design
  • Laboratory techniques
  • Ethics compliance
  • Effective communication
  • Scientific writing

Timeline

Lab Researcher

CUNY/NIH
01.2022 - 01.2023

Physics

Cuny Graduate
07.2021 - 01.2026

Reseach Peer

NIH (then later) RISE CUNY
01.2018 - 11.2021
Phillip Martinez