Skip to main content

Contact Us

 Thank you for visiting qubitphys.com! We value your feedback, inquiries, and suggestions. Please feel free to reach out to us using any of the methods below:

Editorial Inquiries

If you have questions, suggestions, or proposals related to our articles, publications, or editorial content, please contact our editorial team:

Email: contact@qubitphys.com

Advertising & Sponsorship

To discuss advertising opportunities, sponsorships, or collaborations, please reach out to our advertising team:

Email: contact@qubitphys.com

Technical Support

Encountering technical issues while navigating our website? Need assistance with your account or subscription? Our technical support team is here to help:

Email: contact@qubitphys.com

Social Media

Connect with us on social media for the latest updates, news, and announcements:

Feedback Form

Alternatively, you can fill out the form below to send us your message directly.

Thank you for your interest in qubitphys.com. We look forward to hearing from you!

Name

Email *

Message *

Popular Posts

Introduction to Quantum Computing and Quantum Supremacy

Introduction to Quantum Computing and Quantum Supremacy Quantum computing is a fascinating and rapidly evolving field that holds the potential  to revolutionize many fields of science and technology. It will change everything, the economy, transform medicine, break encryption, how to solve problems, the way we interact with the universe, and revolutionize communication and artificial intelligence. That's why many companies like Google, IBM, and Microsoft are racing to build reliable quantum computers.  Quantum computers can crack almost any code that is based on digital technology. Anyone concerned with security is interested in quantum computers. That's why the CIA, the FBI, and all national governments are following this very closely.  Table Of Contents What is quantum computing?   Let's start with the basics.  An ordinary digital computer chip comprises millions or billions of tiny transistors using bits. These are like switches, that can either be in t
Post a Comment
Read more

What is the fight between Einstein and Bohr | Secrets of Quantum Physics

Classical mechanics, as formulated by Sir Isaac Newton (1642-1727) in the seventeenth century, is obeyed by macroscopic 'particles' such as planets and rigid bodies. However, since microscopic particles such as electrons, protons, atoms, and molecules show a dual nature(wave-particle duality) they do not obey Newtonian dynamics. They, however, obey wave mechanics (or quantum mechanics ) a key feature of which is the quantization of energy and angular momentum. The laws of quantum mechanics were formulated in 1925 by the German physicists M. Born, W. Heisenberg, and P. Jordan (in the formulation known as matrix mechanics) and in 1926 by the Austrian physicist E. Schrodinger formulation of quantum mechanics more familiar chemists than the Born-Jordan-Heisenberg formulation of matrix mechanics, though both the forms are equivalent. In 1927, P.A.M. Dirac, the British physicist, formulated the celebrated relativistic quantum mechanics of his theory whereas in the Schrodinger nonrela
Post a Comment
Read more

The interaction of solar wind particles with Earth's magnetic field when it enters into Earth's atmosphere from outer space

The motion of molten iron in the earth's core generates the earth's magnetic field, which extends into space and creates a protective zone known as the magnetosphere. This magnetosphere acts as a barrier against the particles of the solar wind. When the charged particles of the solar wind enter into the earth's magnetic field, they are deflected by the magnetic field and compelled to follow its lines of force toward the poles.    image source: hyperphysics.phy-astr.gsu.edu Solar wind is a flow of charged particles, mainly consisting of protons and electrons, which are  constantly emitted by the sun. When these particles enter the earth's atmosphere they interact with the earth's magnetic field and atmospheric particles, resulting in various effects occurrences, such as: Table Of Contents Aurora Borealis The electrons in the ionosphere can be excited by the charged particles in the solar wind, resulting in the emission of light known as aurora em
Post a Comment
Read more