Tag: ISQCMC
-
Chapter Published By Springer
Experiments in Quantum Frequency Detection Using Quantum Fourier Transform Rajiv Mistry & Jonathan Ortega Published November 1, 2022 Abstract In this chapter, we will walk through our experiments in utilizing the Quantum Fourier Transform (QFT) to analyze a single frequency audio file and a personal MIDI rendition of Bach’s Cello Suite Prelude, BWV-1007 on simulated and real IBM Quantum…
-
Scatter Plot Generator
In October 2023, I started a new job as a math teacher in a downtown Chicago high school. I joined a classroom teaching intro stats and when we reached our unit on regression, quickly found out there’s not enough good looking scatter plots online. So, after not being able to find a tool (somehow) that…
-
Open States Summit 2023
Open States strives to improve civic engagement at the state level by providing data and tools regarding state legislatures. We aim to serve members of the public, activist groups, journalists, and researchers with better data on what is happening in their state capital, and to provide tools to reduce barriers to participation and increase engagement.Open…
-
Presenting at the 1st ISQCMC
In January 2021, I began a graduate certificate from Purdue University’s Electrical & Computer Engineering department in Quantum Technology: Detectors & Networking. After several nights and weekends of studying, I was put into a group for a final project May 2021. Myself, John Kye, and Rajiv Mistry spent the following weeks working on analyzing audio…
-
Euler’s Formula From Taylor Series’
The Taylor Series Taylor polynomials are used to approximate function behavior around some domain value, c. When a real or complex function is infinitely differentiable and equal to an infinite Taylor series, it is known as an analytic function. When the function is evaluated at c=0, it is called a Maclaurin series. Maclaurin Series of…
Jonathan Ortega's Blog 