How can you fast-forward a quantum simulation?
Limits on the speed of quantum algorithms are not quite as rigid as previously thought, according to new research
Read article: How can you fast-forward a quantum simulation?
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Paul is a Scientific Editor at IOP Publishing. After completing his PhD in plasma physics at the University of Oxford, he moved abroad to work as a researcher at École Polytechnique Paris and then Freie Universität Berlin. He joined IOP Publishing in 2024 and has been working on Reports on Progress in Physics since then. He can often be found on a Saturday morning at one of Bristol's parkruns.
Limits on the speed of quantum algorithms are not quite as rigid as previously thought, according to new research
Read article: How can you fast-forward a quantum simulation?
New research explains how light can behave like a quantum fluid in semiconductors, opening up possibilities for new kinds of practical quantum light sources
Read article: How do collisions cause light to condense in solid-state devices?
Scientists have built an electronic circuit that is able to mimic a subtle symmetry normally only found in particle physics
Read article: Exotic physics revealed in a simple circuit
By extending attosecond interferometry into the quantum domain, researchers have revealed how ultrafast laser–matter interactions encode detailed quantum optical information
Read article: Attosecond interferometry meets quantum optics
Entanglement is a defining feature of quantum physics, but not all entangled states are equal. What techniques can be used to generate maximally entangled states?
Read article: Pushing many-body entanglement to its absolute limit
Physicists have directly imaged a novel laser-driven plasma wakefield, taking a large step towards compact, ultra high energy particle accelerators
Read article: Flying focus wakefields open a new acceleration regime
New research shows just how much classical communication is required in future quantum networks
Read article: Limits on communication in quantum measurements
A new first-principles approach provides a unified foundation for studying complex band structure and light confinement in periodic media
Read article: Trapping light in open space
New research from the Université Côte d’Azur, CNRS, Institut de Physique de Nice, shows how Bose–Einstein condensates (BECs) become turbulent when driven out-of-equilibrium at small scales
Read article: What happens when a Bose–Einstein condensate becomes turbulent?
A team of researchers from Poland have developed new mathematical methods that could help enable better control of quantum entanglement and teleportation experiments
Read article: The mathematics of quantum entanglement