Quantum simulators deliver surprising insights into magnetic phase transitions
Independent studies used atomic and superconducting qubits
Read article: Quantum simulators deliver surprising insights into magnetic phase transitions
Read article: Quantum simulators deliver surprising insights into magnetic phase transitions
Terahertz light produces a metastable magnetic state in an antiferromagnet
New phase could be used to make faster and more compact memory and processing devices
Read article: Terahertz light produces a metastable magnetic state in an antiferromagnet
New candidate emerges for a universal quantum electrical standard
Approach based on the quantum anomalous Hall effect does away with the need for applied magnetic fields
Read article: New candidate emerges for a universal quantum electrical standard
Altermagnets imaged at the nanoscale
Study provides insights into the nature of this recently-discovered class of magnetism
Read article: Altermagnets imaged at the nanoscale
Orbital angular momentum monopoles appear in a chiral crystal
Experimental observations at the Swiss Light Source could advance the development of energy-efficient memory devices based on "orbitronics"
Read article: Orbital angular momentum monopoles appear in a chiral crystal
Rotating cylinder amplifies electromagnetic fields
The Zel'dovich effect is observed in an electromagnetic system for the first time
Read article: Rotating cylinder amplifies electromagnetic fields
Nickel langbeinite might be a new quantum spin liquid candidate
The phase diagram of this new material contains a "centre of liquidity"
Read article: Nickel langbeinite might be a new quantum spin liquid candidate
Spins hop between quantum dots in new quantum processor
Hopping-based logic achieved at high fidelity
Read article: Spins hop between quantum dots in new quantum processor
Laser light makes a material magnetic
Researchers demonstrate a new way to induce a relatively large magnetic moment in room-temperature materials
Read article: Laser light makes a material magnetic
Quantum Barkhausen noise detected for the first time
Cooperative tunnelling of spins creates magnetic "avalanches" in a crystalline quantum magnet
Read article: Quantum Barkhausen noise detected for the first time
