The report contains a detailed analysis of Google's quantum random circuit sampling experiment and their claims of achieving quantum supremacy. The author of this document employed Fourier analysis to evaluate the strength of Google's assertion and encountered an intriguing phenomenon along the way.
The document is divided into several chapters, including an introduction, background information on quantum computing, and a detailed analysis of Google's experiment. The author explores the discrepancy between experimental findings and theoretical expectations, highlighting the influence of sample size and noise in the system.
This document is a valuable resource for anyone interested in quantum computing, particularly those interested in Google's quantum supremacy claims. It provides a detailed analysis of the experiment and offers insights into the challenges associated with achieving quantum supremacy.
To get started, simply download the PDF file and start reading!
This code project is designed to provide a detailed analysis of Google's quantum random circuit sampling experiment and their claims of achieving quantum supremacy. The project uses Fourier analysis to evaluate the strength of Google's assertion and explores the discrepancy between experimental findings and theoretical expectations.
To get started with this project, you will need to download the necessary files and install any required dependencies. The project is written in Python and requires CuPy.
To use this code project, simply run the main script and follow the prompts. The script will guide you through the process of analyzing Google's experiment and evaluating their claims of quantum supremacy.
This project was inspired by Dr. Raul Garcia-Patron Sanchez and his inspiration on Google's quantum supremacy experiment.