Authors :
Aryan Ajmera
Volume/Issue :
Volume 9 - 2024, Issue 1 - January
Google Scholar :
http://tinyurl.com/mpvresjs
Scribd :
http://tinyurl.com/5n7x3anw
DOI :
https://doi.org/10.5281/zenodo.10518007
Abstract :
Because of the ever-growing population in the
world and the dire need for more area, quantum
computing has been on a steep rise over the years. Matter
is present in both states: particle and wave, and quantum
computers (Fig 1) are based upon this phenomena. These
engineering miracles make use of quantum entanglement
and quantum superposition, using parts specifically
designed for such computers.
Quantum computers could be of immense benefit to
the world, and especially to the educational field. Recent
developments have created fascinating new opportunities
for teaching this quickly developing subject to the younger
generation. This paper shall focus on all these benefits
quantum technology can potentially provide to the
educational sector of the world and revolutionize this
industry in the coming future.
Because of the ever-growing population in the
world and the dire need for more area, quantum
computing has been on a steep rise over the years. Matter
is present in both states: particle and wave, and quantum
computers (Fig 1) are based upon this phenomena. These
engineering miracles make use of quantum entanglement
and quantum superposition, using parts specifically
designed for such computers.
Quantum computers could be of immense benefit to
the world, and especially to the educational field. Recent
developments have created fascinating new opportunities
for teaching this quickly developing subject to the younger
generation. This paper shall focus on all these benefits
quantum technology can potentially provide to the
educational sector of the world and revolutionize this
industry in the coming future.
