For almost 70 years, archaeologists have been puzzled by a sticky substance found in a bronze jar from an ancient Greek shrine in Paestum, Italy.
Discovered in 1954, the residue was initially thought to be honey, but later analyses failed to…
For almost 70 years, archaeologists have been puzzled by a sticky substance found in a bronze jar from an ancient Greek shrine in Paestum, Italy.
Discovered in 1954, the residue was initially thought to be honey, but later analyses failed to…
Robotics startup Skild AI has designed an artificial intelligence model that can run on any robot, ranging from assembly-line machines to humanoids. The AI model, called Skild Brain, enables a robot to think, navigate, and respond more like…
Humanoid robots traded punches in a futuristic “fight club” at the World Artificial Intelligence Conference (WAIC 2025) in Shanghai, where China’s leading robotics firms showcased their cutting-edge creations.
In a lively demo, Unitree…
The Fukushima nuclear disaster could still be radioactive for decades longer than expected, as there has been a setback in the plan for the removal of debris. Moreover, the recent tsunami warning across the Pacific has also led to the removal of…
Geologists have found evidence of a 400-mile-long chain of extinct volcanoes hidden deep beneath the Sichuan Basin in the Yangtze Block of South China.
The team led by Nanjing University, China, revealed that the “fossilized volcanoes”…
A powerful 8.8-magnitude earthquake struck off the eastern coast of Russia’s Kamchatka Peninsula at 6:24 p.m. local time.
The US Geological Survey initially measured the quake at 8.0 before upgrading it to 8.8. It occurred about 315 miles…
The U.S. is throwing its full technological weight behind nuclear energy, and artificial intelligence is now in the reactor core.
Idaho National Laboratory (INL) on Tuesday signed a deal with Amazon Web Services (AWS) to accelerate the…
All-photopolymer Bragg horn antennas, fabricated from Accura ClearVue (experimentally characterized refractive index \(\:n\left(f\right)=-0.0123{f}^{2}-0.0335f+1.6262\) and absorption coefficient
To begin, we examine a lossy, uniform mono-atomic MIW with geometric period a, placed in a stable conductive and non-magnetic medium with finite permeability, as shown in Fig. 1a where \(\epsilon _r\) and
A 2*3 photovoltaic array including six modules is simulated for the analysis using SP and TCT arrangements (Figs. 1 and 2 respectively). For all analysis carried out during this work, the PV module is considered as lumped…