Quantum mechanics has a reputation that precedes it. Virtually everyone who has bumped up against the quantum realm, whether ...

Recent physics studies have found that light can sometimes flow in unexpected ways, behaving like a so-called "superfluid." ...

A Comparative Study of AI-Powered Chatbot for Health Care. Journal of Computer and Communications, 13, 48-66. doi: 10.4236/jcc.2025.137003 . The need for this research arises from the increasing ...

The interval-based reliability was investigated using the state–threshold interference model, and the interval-based safety index was developed. The interval uncertainty-based multiobjective optimal ...

Flow is a state of intense focus, reduced self-consciousness, and peak performance. And just like in Soul, scientists are turning to musicians to understand how the brain enters this intriguing ...

Most (19) of the equations used as references in the software for the state of Bahia were determined by Silva et al. (2002), based on historical pluviographic series with data up to 1999. This method ...

For decades, the State Department has been in dire need of reorganization, writes Robert Jordan, but Secretary of State Marco Rubio (above) must accomplish that without the DOGE chainsaw.

U.S.A.I.D. Advertisement Supported by The secretary of state aims to eliminate an office that advances American values abroad in a plan aligning the agency with President Trump’s foreign policy ...

Divya Tyagi, a Penn State engineering student, has cracked a 100-year-old wind energy equation, refining Glauert’s classical model and significantly improving wind turbine efficiency. Her ...

You’ve never heard that in a presidential address to Congress before “Deepfake,” “vegan” and other words Trump introduced to the State of the Union-style address lexicon.

Resetting n to 1.0 Glen's flow law is written as: ε ̇= Aτn. The equation relates the stress on ice, τ, to its rate of deformation, ε ̇, where A is a constant for a particular ice temperature.

Resetting n to 1.0 Glen’s flow law is written as: ε ̇= Aτn. The equation relates the stress on ice, τ, to its rate of deformation, ε ̇, where A is a constant for a particular ice temperature. Results ...