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New quantum material puts electrons in a tangle

New quantum material puts electrons in a tangle
materialstoday.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from materialstoday.com Daily Mail and Mail on Sunday newspapers.

Robert drostJose ladoPeter liljerothAalto universityUniversity of jyvJose lado aalto universityPhysical reviewAtomic scaleCorrelated quantum materials

Research group detects a quantum entanglement wave for the first time using real-space measurements

Research group detects a quantum entanglement wave for the first time using real-space measurements
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Jose ladoRobert drostPeter liljerothJose lado aalto universityAcademy research fellow robert drostAalto universityPhysical reviewProfessor peter liljerothAtomic scaleAssistant professor jose ladoCorrelated quantum materialsReal space imagingTriplon excitationsEngineered quantum magnetsPhysical review letters

2D Ferroelectrics Controls Quantum States in Single Molecules

A recent study published in the journal Advanced Materials focuses on developing a novel platform for studying the effects of electric fields on molecular electronic states using two-dimensional (2D) ferroelectric materials.

Mohammad aminiSemiconductors industryAalto universityJose lado aalto universityFerroelectrics controls quantum statesAdvanced materialsStudying electric fieldIndustry focusMolecular orbital ordering usingWaals monolayer

Heavy Fermions in Graphene For Radiation-Free Quantum Tech

For several years, rare-earth compounds have been gaining the attraction of scientists because of their special quantum properties, which have remained out of the reach of regular compounds until now. Schematic of how heavy fermions form in twisted graphene sheets. Image Credit: Jose Lado, Aalto University. One of the most exotic and exceptional properties of such materials is the occurrence of exotic superconducting states, and specifically, the superconducting states needed to construct futuristic topological quantum computers. For decades, researchers have been aware of these specific rare-earth compounds, called heavy fermion superconductors. However, creating usable quantum technologies out of them has been a crucially open challenge.

Joan nugentJose ladoAalto university department of applied physicsAline ramires paul scherrer instituteAalto universityJose lado aalto universityAline ramiresPaul scherrer instituteAssistant professorAalto university departmentApplied physicsஜோன் நூஜெஂட்ஜோசே லாடோஆல்டோ பல்கலைக்கழகம் துறை ஆஃப் பயன்படுத்தப்பட்டது இயற்பியல்ஆல்டோ பல்கலைக்கழகம்பால் ஸ்செற்றேற் நிறுவனம்

Researchers use twisted graphene multilayers to unlock radiation-free quantum technology

Researchers use twisted graphene multilayers to unlock radiation-free quantum technology Rare-earth compounds have attracted researchers for decades thanks to the unique quantum properties they display, which have so far remained out of reach of everyday compounds. One of the most remarkable and exotic properties of those materials is the emergence of exotic superconducting states, and particularly the superconducting states required to build future topological quantum computers. While these specific rare-earth compounds, known as heavy fermion superconductors, have been known for decades, making usable quantum technologies out of them has remained a challenge because they contain critically radioactive compounds, such as uranium and plutonium, rendering them of limited use in real-world quantum technologies.

Aline ramiresPaul scherrer instituteAalto university department of applied physicsAalto universityJose lado aalto universityJose ladoProfessor ladoAalto university departmentApplied physicsபால் ஸ்செற்றேற் நிறுவனம்ஆல்டோ பல்கலைக்கழகம் துறை ஆஃப் பயன்படுத்தப்பட்டது இயற்பியல்ஆல்டோ பல்கலைக்கழகம்ஜோசே லாடோஆல்டோ பல்கலைக்கழகம் துறைபயன்படுத்தப்பட்டது இயற்பியல்