IOP Publishing’s (IOPP) Progress In series™ curates, enhances and amplifies essential research. We present here a digestible cross-section of our latest content published in Reports on Progress in Physics and Progress in Energy.
Mapping electric fields in working graphene devices
High-resolution imaging shows how oxide layers modify graphene's electrical behaviour
Understanding core-shell nanoparticle growth
A study of platinum-coated nanoparticles shows how energy balance controls crystal growth
A new way to trap and twist light inside quasicrystals
By reshaping quasicrystals with carefully designed defects, researchers can create and control stable twisting beams of light in new ways.
Reports on Progress in Physics
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Progress in Energy
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Nonlinear photoexcitation in Mott Insulators
Laser-driven feedback effects reveal new ways to engineer conductivity in strongly interacting systems
Read article: Nonlinear photoexcitation in Mott Insulators
Making sense of quantum wavefunction collapse
By modelling measurement as a continuous stochastic process, this work offers a compelling alternative to discontinuous collapse processes
Read article: Making sense of quantum wavefunction collapse
Experimental realisation of percolation with coupled lasers
Researchers use 100 coupled lasers to physically realise percolation and uncover how nonlinearities alter collective lasing behaviour
Read article: Experimental realisation of percolation with coupled lasers
Advanced simulations of exotic quantum matter
A new method allows physicists to study fractional quantum Hall systems and anyon behaviour at unprecedented scale and accuracy
Read article: Advanced simulations of exotic quantum matter
Controlling glycine polymorphs through nanoconfinement
A novel electric-field-assisted spraying method demonstrates how nanoconfinement dictates whether glycine crystallizes into its stable α-phase or its highly functional, piezoelect...
Read article: Controlling glycine polymorphs through nanoconfinement
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?
Observation of top-antitop quark excess
ATLAS probes top-antitop quark interactions near threshold
Read article: Observation of top-antitop quark excess
Strain relaxation in van der Waals heterostructures
New insights into how van der Waals heterostructures manage lattice mismatch at the nanoscale
Read article: Strain relaxation in van der Waals heterostructures
Defects as topological sensors
Researchers show that routine lattice flaws can reliably detect topological phases, opening new routes for quantum materials and device engineering
Read article: Defects as topological sensors
Material limits of Spain’s energy transition
Spain can rapidly expand renewable energy, but the study shows this is only sustainable if overall material and energy demand is reduced
Read article: Material limits of Spain’s energy transition
How do collisions cause light to condense in solid-state devices?
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?
Exotic physics revealed in a simple circuit
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
Reports on Progress in Physics
Progress in Energy
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