Revolutionary Ultrasound Study Uncovers Breakthrough Superconductor
Article Review
This content has undergone a thorough review based on Science X’s editorial guidelines and policies. The editorial team at Science X has identified the following attributes to ensure the credibility of the information:
Verified for accuracy
Subjected to peer review
From a reliable source
Thoroughly proofread
Ultrasound Experiment Reveals New Superconductor
The impact of strain on single- and two-component superconductors. An illustration showing how different order parameters respond to compression and shear strain. While both gaps react to compression, only the two-component gap interacts with shear strain. Changes in elastic moduli across Tc for one- and two-component order parameters are depicted. Credit: Nature Physics (2024). DOI: 10.1038/s41567-024-02493-1
× close
The influence of strain on one- and two-component superconductors. Illustration of order parameters' response to compression and shear strain. Only two-component superconductors exhibit discontinuities in their shear moduli. Credit: Nature Physics (2024). DOI: 10.1038/s41567-024-02493-1
Decoding the Enigma of Uranium Ditelluride Superconductor
Exploring the realm of quantum materials, uranium ditelluride emerged as a superconductor five years ago, sparking both excitement and confusion within the scientific community. With over a dozen theories circulating about its superconducting properties, including potential applications in quantum computing, researchers have been eager to unravel its mysteries.
Unveiling the True Nature of Superconductivity
In a groundbreaking experiment led by Brad Ramshaw, a physics professor at Cornell University, and his team, ultrasound technology was employed to shed light on the fundamental characteristics of uranium ditelluride. The findings revealed that this material exhibits a single-component superconducting order parameter, dispelling spe
With its latest update, HellDivers 2 raises the challenge level for tactical shooting lovers. The game, already renowned for its intense combat, introduces a bullet ricochet mechanic. It transforms each confrontation into a test of precision and strategy. This innovation requires players to think twice before shooting, otherwise their own bullets will turn against them or their allies.
New bullet ricochet mechanism
The main new feature of this update is the behavior of bullets when hitting the toughest armor of opponents. These bullets can now ricochet and change trajectory, creating an unpredictable combat environment. Players must therefore not only aim precisely but also anticipate the possible trajectories of the balls to avoid injuring their teammates or themselves. This feature adds an extra layer of realism and complexity to the game.
Ongoing challenges for the community
The context of HellDivers 2 confronts players with a series of vari
They achieve affordable and non-polluting green hydrogen. It brings us closer to the hydrogen car
The cars of the future could run on hydrogen, but there are multiple ways to obtain it
This new way of obtaining hydrogen from waste is really interesting
The hydrogen car is one of the most coveted dreams today. It allows us to move efficiently and without generating particularly serious greenhouse emissions. For this reason, almost all automotive brands are working hard to achieve the first functional hydrogen engines. However, this raises new, equally important problems. There is no point in manufacturing hydrogen cars if obtaining it is very polluting, which is why there are many scientific teams trying to achieve green hydrogen that is much more sustainable and accessible to everyone. Now, one team seems to have done it quite successfully, which gives us remarkably about the hydrogen caror at least to an affordable and clean energy source for it.
A perfect advance for the future of the automotive industry
Sony Xperia 1 VI Camera Sensors Revealed: What to Expect from the Latest Model
Sony has confirmed that the Xperia 1 VI will launch on May 15, with several specifications released including the latest information on the camera sensor.
Further information from HT Felix revealed details about all the camera sensors of the Xperia 1 VI, with one surprising thing: The camera sensors of the Xperia 1 VI and the Xperia 10 VI are the same but have different functions.
As for the camera sensors of the Sony Xperia 1 VI, they are as follows:
Ultrawide camera (16 mm): Sony LYT600 50 megapixels (1/2″ sensor size)
Eset reported that police have busted a gang accused of using a technological service that allowed criminals to use text messages for fraud. During the operation, 37 people were arrested around the world and contact was made with the victims. Investigators said the subjects more young, who grew up with the Internet, were the most prone to falling for the phishing scam. Technology allowed scammers, albeit without skills techniques, to bombard victims with messages inducing them to make online payments.
The LabHost platform is blocked
Police monitored the gang’s platform LabHost on the dark web, which supported cr
Britain: Gene therapy enabled a congenitally deaf baby to hear
– 2024-05-10 05:10:06
Little Opal Sandy from Britain has become the first deaf person from birth to regain her hearing thanks to a pioneering gene therapy that was implemented as part of a global trial, the NHS has announced. Its results were described as “spectacular” by the head of the study. It is a development that, according to doctors, marks a new era in the treatment of deafness.
The little girl was born with a genetic disease, an auditory neuropathy, caused by the disruption of the transmission of nerve signals from the inner ear to the brain.
About 20,000 people in the UK, Germany, France, Spain and Italy suffer from the abnormality of a gene that produces otoferrin, a protein needed in the hair cells of the inner ear to communicate with the auditory nerve.
At four weeks after the operation, which involves an injection into the cochlea (part of the inner ear) under general anaesthetic, Opal was responding to sound
The sun exploded in a powerful flare from a spot 15 times the size of Earth
The giant sunspot AR3664 on the Sun’s surface has grown so much in size in recent days that it has become one of the largest and most active sunspots of the current solar cycle. This spot became 15 times larger than the Earth and released another powerful X-class flare. The radiation that reached our planet caused another communications blackout in some regions, writes Space.
On Thursday, May 9, a new powerful X2.2 class flare appeared in sunspot AR3664. Before this, as Focus already wrote, on May 8, an X1 class flare appeared in it, as well as several M class eruptions. According to scientists, the size of the spot is almost 200 thousand km, which is 15 times the size of the Earth.
NASA spacecraft captured images of an explosive event on the Sun. Scientists note that the giant sunspot is one of the largest and most active in the current 25th solar
