Quantum Gravity: Detection of Weak Gravitational Pull on Microscopic Particles Reveals How Force Operates at Subatomic Level

Medicine & Technology Feb 23, 2024

Scientists have discovered a way to measure gravity on microscopic levels, bringing them closer to forming a theory of “quantum gravity." Learn more about it in this article.

Top 10 People Who Helped Shape Science in 2023

Jan 01, 2024

Here are seven individuals who made huge contributions to Science this year. Continue reading to learn who they are.

Revolutionizing Quantum Communication: Breakthrough Enables Faster, Secure Teleportation of Light for Information Highways

Dec 26, 2023

Quantum breakthrough allows secure teleportation of light patterns, paving the way for practical applications in establishing high-dimensional, secure quantum channels. Check out more details in this article.

Touching Quantum Physics With Superfluid Helium 3He: What Does It Feels Like?

Nov 08, 2023

Researchers unveil the sensation of touching quantum behavior in superfluid helium 3He, bridging quantum and classical physics challenges. Check it out in this article.

Quantum Computer Slows Chemical Reactions by 100 Billion Times, Revealing Key Molecular Dance for the First Time

Sep 05, 2023

Scientists used a trapped-ion quantum computer to observe a single atom's interference pattern at a 'conical intersection,' crucial in rapid chemical processes. Continue reading to learn more.

Black Hole Twistiness? New Theory of Gravity Focuses on Energy, Mass Twists Rather Than Curvature

Sep 04, 2023

While both curvature-based and twistiness-based theories of gravity have mathematical equivalents, the former is more widely used because it was developed earlier. Read to learn more.

Remembering Paul Dirac: How Brilliant Physicist's 'Dirac Equation' Revolutionized Quantum Physics by Revealing Oddities of Antimatter

Aug 08, 2023

Before Paul Dirac's great contribution, no one knew that antimatter existed. Read to learn more.

Quantum Friction Governs the Flow of Water on a Carbon Surface, New Study Reveals

Jun 26, 2023

Researchers have come up with an explanation for the weirdly flowing water on a carbon surface. Continue reading the article to find out more.

Last Collaborator of Stephen Hawking on His Last Physics Theory: Here's How the Esteemed Physicist and a Belgian Researcher Worked Together

May 29, 2023

The two collaborated even when the late Stephen Hawking lost his ability to communicate with a clicker. Read to learn more.

Quantum Entanglement Doubled Resolution of Light Microscopes Without Damaging Specimens

May 06, 2023

Scientists used quantum entanglement to enable higher-resolution imaging of light microscopes without affecting their specimens, such as cells. Read the article to learn more.

Smartphones Could Turn Into Quantum Sensors Using the Power of OLEDs to Image Magnetic Fields

May 01, 2023

Researchers used OLEDs to develop a chip-scale method that can potentially transform smartphones into portable quantum sensors. Read the article to learn more.

Quantum Information Has Been Experimentally Proven for the First Time To Be More Connected Than Classical Physics

Apr 27, 2023

At TU Wien, an experimental confirmation has been made regarding a unique hypothesis concerning the sharing of quantum information among quantum particles. Read the article to learn more.

Quantum Entanglement Could Boost Accuracy of Accelerometers and Sensors of Dark Matter, Study Says

Apr 21, 2023

The scientists were able to create quantum entanglement by squeezing laser light. Read to learn more.

Breakthrough Physics Discovery: Gravity Can Actually Create Light, Study Says

Apr 18, 2023

Scientists have discovered that gravity can create light under the right space-time conditions. Read to learn more.

New Formula Predicts the Impact of Noise in Quantum Computation for Imperfect Real-world Conditions

Apr 10, 2023

Scientists have made important advances in quantum computing by developing a formula that forecasts the effects of ambient noise. Read the article to find out more.