Researchers cool objects by detecting an absence of light
In a groundbreaking experiment, researchers at Imperial College London's Department of Physics have uncovered a surprising method to cool objects by measuring the absence...
EPFL scientists explore molecular collisions with gold
Quantum interference in molecule-surface collisions.
Quantum miracle material to enable magnetic switching
Magnetic switch traps quantum information carriers in one dimension
For the first time: Scientists measured the quantum state of electrons
This is thanks to a new measurement technique.
Qubits to qudits: A new device uses quantum principles to relay information securely
Using quantum mechanics to transmit information more securely
A novel class of quantum particles behaves in unexpected ways
It could take quantum mechanics one step further.
The gemstone spinel can store quantum information
This discovery highlights the incredible potential of materials like spinel.
Rice scientists theorize the existence of new particles other than bosons and fermions
Mathematical methods point to possibility of particles long thought impossible.
Exotic electron crystal uncovered in graphene
A new class of quantum states observed in a custom-engineered graphene structure.
Quantum ‘umbilical cord’ links metal and insulator states in many materials
A new state between metal and insulator.
Quantum geometry measured for the first time
Work opens new avenues for understanding, manipulating electrons in materials.
A particle that’s massless when moving in one direction but has a mass in the other direction
This was totally unexpected.
Study confirms a 40-year-old quantum theory
In 1984, physicist Eric J. Heller proposed a theory stating that electrons are confined in a quantum space and move along a definite orbit...
A novel way to use light to give electrons a spinning kick
A light beam can reliably transfer orbital angular momentum to itinerant electrons in graphene.
A missing hallmark of superfluidity demonstrated
QuanÂtum vorÂtices conÂfirm superÂfluÂidÂity in superÂsolid.
Scientists investigated the fastness of quantum entanglement at the attosecond scale
How fast is quantum entanglement?
Quantum entanglement observed at the highest energy yet
A new perspective on the complex world of quantum physics.
A new way to capture physicists’ most wanted particle — the graviton
Next-generation quantum sensors can catch a single one.
Exploring uncharted territory in quantum devices
This promises advancements in quantum computing and sensing.
Finding quantum order in chaos
Harnessing chemical reactions for future applications in quantum information science.
The quantum amplification of a fragile magnetic field realized for the first time
A single measurement to sub-femtotesla level.
Physicists arrange atoms in high proximity
The technique opens possibilities for exploring exotic states of matter and building new quantum materials.
Scientists successfully demonstrated quantum interference among several single photons
A leap forward in optical quantum computing.
Scientists visualized quantum effects in electron waves
Kapitza-Dirac effect used to show temporal evolution of electron waves.
Improving quantum computing using polarization
Paving the way for quantum imaging in many different fields.