This project is aimed at finding the ground state energy of Beryllium Hydride ($BeH_2$) at differennt bond lengths between Berillium($Be$) and Hydrogen($H$) atoms. To do so we use Hybrid Quantum Classical algorithm called Variational Quantum Eigensolver or VQE for $BeH_2$ molecule at equilibrium angle $180^o$ ($H - Be - H$).
Project Name:
Ground State Energy of BeH2 at different bond lengths using VQE
Team Name:
Parmanu
Which challenges would you like to submit your project for?
1) Quantum Chemistry Challenge 2) Hybrid Quantum-Classical Computing Challenge
Project Link:
https://github.com/Jay-Patel-257/QHack-2023/tree/2bed4c29d180a9fe3a37d526490529b91bfb4064
Project Description:
This project is aimed at finding the ground state energy of Beryllium Hydride ($BeH_2$) at differennt bond lengths between Berillium($Be$) and Hydrogen($H$) atoms. To do so we use Hybrid Quantum Classical algorithm called Variational Quantum Eigensolver or VQE for $BeH_2$ molecule at equilibrium angle $180^o$ ($H - Be - H$).