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Magnetic Monopoles

All articles tagged with #magnetic monopoles

science1 year ago

"Breakthrough: Virtual Magnetic Monopole Discovered After Century-long Search"

After a century-long search, scientists have discovered emergent magnetic monopole behavior in hematite, an iron-oxide component of rust, which could lead to advancements in data storage and computing technologies. Using a technique called "diamond quantum magnetometry," researchers from the U.K. and China were able to capture the first naturally occurring magnetic monopoles emerging from collective electron behavior in flecks of hematite. While this discovery doesn't definitively prove the existence of separated magnetic poles, it opens the door to potential developments in next-generation storage techniques and ultra-efficient computing devices.

science-and-technology2 years ago

Unveiling the Magnetic Revolution: Diamonds, Rust, and Measuring Natural Monopoles

Researchers have measured quasiparticles with single, double, and quadruple magnetic poles on the surface of hematite, a rock similar to rust. These peculiar magnetic configurations, known as magnetic monopoles, were observed for the first time in a naturally occurring magnet. The formation of these monopoles is connected to the property of emergence, where the combination of many physical entities produces something new with unique properties. The discovery could have implications for improving computer technology and memory logic.

science-and-technology2 years ago

Unveiling the Magnetic Mysteries: Diamonds, Rust, and Monopoles Rewrite Physics

Researchers at the University of Cambridge have discovered magnetic monopoles in hematite, a material similar to rust, using diamond quantum sensing. This breakthrough observation of emergent monopoles, which behave like isolated magnetic charges, could revolutionize computing technology by enabling faster and more environmentally friendly applications. The researchers observed that these magnetic monopoles in hematite emerge through the collective behavior of many spins, gliding across swirling textures on the material's surface. This is the first time that naturally occurring emergent monopoles have been experimentally observed, and it could unlock new avenues in quantum material research.

science-and-technology2 years ago

"Unveiling the Magnetic Revolution: Diamonds and Rust Rewrite Physics Textbooks"

Researchers have used diamond quantum sensing to observe magnetic monopoles, isolated magnetic charges, in hematite, a type of iron oxide. These monopoles glide across swirling textures on the surface of hematite, and their emergence through collective behavior of many spins has been observed experimentally for the first time. The study reveals a direct connection between the swirling textures and magnetic charges, potentially enabling next-generation logic and memory applications in computing technologies.

science2 years ago

CERN's Ongoing Quest for Magnetic Monopoles: New Limits and Promising Discoveries

Physicists at CERN have released new data from the Large Hadron Collider, narrowing down the possible masses and energies for magnetic monopoles, which are magnetic poles without a partner. The search for magnetic monopoles has been ongoing for decades, with the existence of these particles being a key test for theories that unite general relativity and quantum mechanics. While no evidence of magnetic monopoles has been found yet, the research is important for validating theories and differentiating between competing models.

science2 years ago

"Unraveling the Mystery: CERN's Quest for Monopoles Persists"

Researchers at CERN's ATLAS Collaboration continue their search for magnetic monopoles, an elusive particle, using the largest general-purpose particle detector at the Large Hadron Collider. The collaboration, consisting of thousands of scientists and support staff, aims to detect phenomena that have not been observed before, and has previously made significant discoveries such as the Higgs boson.

science2 years ago

'Groundbreaking Discovery: Magnetic Monopoles Finally Detected in Alice Ring Experiment'

Researchers have observed "Alice Rings," a type of circular magnetic monopoles, for the first time in super cold gas. These quantum phenomena, named after "Alice in Wonderland," have previously only existed in theory and could have significant implications for quantum theory. The observation suggests that monopoles can form through the frothing of quantum fields, creating short-lived anomalies before vanishing.