The present article explores the transformative impact of Artificial Intelligence (AI) on the field of physics, focusing on its revolutionary role in accelerating research and reshaping traditional methodologies. AI has increasingly penetrated areas once thought to be the domain of human intellect alone, such as complex scientific phenomena. Introduction: The AI Revolution in Physics The … Read more
Machine learning, data analytics and computational intelligence are now crucial components in physics as AI and the scientific community begin to unravel the laws of physics. Learning about the physical interactions that dictate the universe, to predicting numerous physical phenomena that are occurring on quantum level, AI is reshaping the way physicists treat principles in … Read more
AI physics establish the basis for innovation in both areas as two of these fields are intertwined. AI at its heart is based on principles of physics in order to emulate and analyse complex systems that aid machines in learning and intelligent decision making. There exists a strong link between AI and physics particular in … Read more
In this we discuss how artificial intelligence (AI) had borrowed ideas from nature to solve difficult problems. Of special interest in this regard is the rendezvous between AI and physics. Physics inspired AI algorithms use physical and or other principles governing natural systems to fashion effective and robust mathematical constructs. Through integrating the beauty and … Read more
These are because Artificial intelligence (AI) is a promising technology that has many great attributes that can be adopted when it comes to understanding the universe. Thus, physics is contributing to the development of the future AI generation at the same moment. Expanding from the AI engineering view we move into the realm where AI … Read more
This creation of synthetic diamonds at ambient pressure in 150 min can be regarded as great success of both materials science and nanotechnology. Classically, diamond synthesis demands pressures of about 5 GPa and temperatures of about 1500 °C in High Pressure, High Temperature (HPHT) or, Chemically Vapor Deposition (CVD). To attain formation of diamond at … Read more
Thanks to recent work by scientists of Argonne-National Lab in United States, resolution using synchrotron X-ray scan tunneling microscopy has for first time approached the single-atom limit. The discovery will have significant effects on several scientific fields, including environmental and medical studies. Also Read:Breakthrough: Synchrotron X-rays Capture Single Atom Image Saw Wai Hla, an physicist a … Read more
The unfortunate truth of cosmology is that there is just one universe. This makes it difficult to conduct experiments in the identical manner as other scientific domains. However, from a mathematical perspective, at least, the cosmos and the quantum forces that permeate it turn out to be quite similar to quantum fluids such as Bose–Einstein … Read more
For the first time, physicists from the Universities of Innsbruck, Austria, and Paris-Saclay, France, have integrated all the essential features of a distant quantum network in a single device. Using this technology, scientists were able to send quantum information across a distance of 50 kilometers in a proof-of-principle experiment. This suggests that the components of … Read more
Double-Slit Interference: One of the most famous experiments in physics history is Thomas Young’s demonstration, conducted in the early 1800s, of interference among light waves passing through two small slits. In Young’s experiment, two tiny holes are used to focus light of single, ideally monochromatic source, and the resultant intensity pattern is measured on a … Read more
