By reducing particle loss in proton beams, a new method could improve the effectiveness of high-dose cancer radiation therapy and reduce patient pain. In the treatment of proton cancer, extremely high doses of proton radiation directly to tumors [more…]
This new device, integrated into the bra, could enable more frequent monitoring of patients at high risk for breast cancer. When breast cancer is discovered in its earliest stages, the survival rate is about 100%. However, [more…]
Many scientists are skeptical of claims that researchers have developed a new room-temperature ambient-pressure superconductor. If rumor has wings, extraordinary scientific claims have jet engines. a South Korean [more…]
The discovery of the lithium-ion battery is attributed to John B. Goodenough, a professor at the University of Texas at Austin, who died Sunday at the age of 100. In addition to being a talented but humble inventor, Goodenough is dedicated to his work. [more…]
Insulators like glass and rubber keep their electrons securely bound and do not conduct electricity, while metals like copper and iron have free-flowing electrons that enable them to do so. exposed to a strong electric field [more…]
By using a laser operating in a quantum regime to generate vibrational energy instead of light, researchers can learn more about the interaction between spin, vibration, and dispersion in quantum mechanics. Phonon lasers, in a conventional laser [more…]
First developed in 2004, high entropy alloys (HEAs) are alloys composed of several major elements in nearly equal atomic ratios. Due to their special chemical composition resulting in high levels of chemical disorder or entropy [more…]
Keith Richards, the last guitarist of the Stones, said that music is a language that does not use specific words. If it's in our bones, it's in our bones because it communicates with emotions. Keith is aware of music, but Google and Osaka in Japan [more…]
Almost all materials, whether solid, liquid or gas, expand and contract in response to changes in temperature. The phenomenon known as thermal expansion, which causes a hot air balloon to float, [more…]
Two new four-quark states with unique charges and quark compositions have been identified by the Large Hadron Collider at CERN. All hadrons in common matter, such as protons and neutrons, are of the three-quark variety. But quarks [more…]
A new discovery shows that stress cracks can reach near supersonic velocities and defy conventional velocity constraints. Physicists at the Racah Institute of Physics at the Hebrew University of Jerusalem questioning how the mechanics of refraction have been traditionally understood. [more…]
Experiments show how certain contractile proteins control tissue flow in a growing embryo, through the creation of mechanical stresses and regulation of tissue fluidity. Epithelial tissues of a developing embryo have complex creature architectures. [more…]
Have you ever had the feeling that a little-known seller might enter your important financial information on their website? Would you be brave enough to give your passwords or credit card information to suspicious organizations? University of Vienna [more…]
Fields in which Oppenheimer has made significant contributions include nuclear physics, spectroscopy, quantum electrodynamics, theoretical astronomy (especially in connection with general relativity and nuclear theory), and quantum field theory. on the accuracy [more…]
Oppenheimer's film, which is one of the most anticipated films of the year for many, including myself, lives up to expectations. Most of the movie is excellent. make me like the whole movie [more…]
The directions and rates of acoustic wave propagation in the type of iron that forms the core of the Earth may have been clarified by laboratory tests. By examining the unexplored paths in the pressure-temperature phase space, the researchers found that the structure it most likely took in the Earth's core. [more…]
How can you stay informed about technology-related news? If you have a keen interest in the world of technology, it is natural to desire to stay informed about the latest developments. To achieve this, there are numerous online news platforms available for you to peruse. [more…]
The new ALICE findings provide insight into the composition of gluonic matter in the LHC. Proton and lead beams in the Large Hadron Collider travel at nearly the speed of light. As the beam passes through the accelerator, it acts as a stream of photons. [more…]
A new study sponsored by Tokyo Tech's World Research Center Initiative examined the circadian signaling hormone melatonin and a factor called ApSigma in host blood. Parasite clues after examination, malaria parasite [more…]
Song Lin and his colleagues at Cornell University, in a study recently published in the journal Nature, show how pairs of freeing radicals can work well together to activate CH bonds on saturated carbon atoms. [more…]
The stunning images made available to the public from the infrared telescope's raw filter data are produced, as described by an astronomer and image colorist. It is the first time the world has photographed the James Webb Space Telescope (JWST) in a year. [more…]
Researchers can now evaluate whether neural networks with random complexity can perform recognition tasks on complex data, according to a new theory. Our brain processes thousands of sensory information every day and [more…]
Researchers have taken a step towards a new kind of quantum processing by demonstrating a phenomenon known as Rydberg blockade (the interaction between an atom and a molecule). To be able to perform quantum calculations using these states [more…]
Africa, the continent with the most mammal diversity in the world, also offers habitat for more mammals than any other continent. However, dense land for hunting as well as natural resource extraction [more…]
According to recent research, asphalt is a source of toxic compounds, but scientists are trying to improve it while minimizing its carbon footprint. Millions of kilometers of asphalt material roads around the world, as well as walking paths, [more…]
As a gravitational wave passes near a galaxy, its course can change, resulting in a variety of signals that can be used by next-generation detectors to measure the expansion of the Universe. The Hubble constant, which describes the cosmic expansion rate, [more…]
When history shows 1967, Vera Rubin and Kent Ford appear on the scene. Astronomers Vera Rubin and Kent Ford manage to measure the orbital velocities of galactic stars in the nearby Triangulum and Andromeda Galaxies. In December 1973, when Vera Rubin and [more…]
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