Quantum phenomena “wash out” as particles interact with the environment, but classical properties survive. Are they selected in a process analogous to evolution by natural selection?
Quantum objects exist as clouds of possibilities, only manifesting as something definite when we look at them. The implication is that we make reality – but objectivity may yet be rescued
Particles in many places at once, spooky influences and cats that are dead and alive at the same time – these are the phenomena that earned quantum theory its reputation for weirdness
Cubes of uranium salvaged from Nazi Germany's atomic bomb programme during the second world war are being analysed to confirm their origin, and the method could help law enforcement investigate illegal trafficking of nuclear material
The immense lasers at the US National Ignition Facility have created the highest-pressure conditions ever made in a laboratory, bringing us a step closer to clean nuclear power
A decades-old theory to simplify silicon quantum processors has been shown to work, potentially paving the way for vastly more powerful quantum devices
From time crystals to supersolids, we keep discovering extraordinary new kinds of matter – now the true challenge is being able to predict what we'll find next
A time crystal is a unique phase of matter that flips between two configurations with no energy input necessary – first proposed in 2012, this type of matter has now been created inside a quantum computer built by Google
We have long struggled to figure out where heavy elements like gold come from. Now we have seen them being forged in neutron star collisions - and fresh clues suggest a role for the universe's first stars
In 1871, the mathematician Lord Kelvin invented a shape called an isotropic helicoid that physicists predicted would behave strangely in a fluid – now it has been tested for the first time
A single ice crystal formed into a thin strand can bend almost into a circle and then snap back into its original shape, making it the most elastic form of water ice ever made
The most famous subatomic particle has revealed nothing we didn’t expect – so far. Now physicists want to build a “Higgs factory” to better interrogate it for signs of new physics
A toaster-sized atomic clock in orbit around Earth is far more accurate than existing space clocks. It will be tested on a mission to Venus to see if it will aid autonomous spacecraft navigation on deep-space missions
Finding magnetic fields dating back to the big bang would transform our understanding of how the universe evolved. Now astronomers think they're on brink of such a breakthrough
A set of mirrors used to detect gravitational waves is the largest system ever to be brought close to a frigid quantum state at a temperature of just 77 nanokelvin
The world’s most powerful magnet, 280,000 times stronger than Earth's own magnetic field, is being shipped to France for installation in the core of the ITER fusion reactor
The rate of galaxies merging 2 billion years after the big bang is 5 to 10 times more than predicted by theories of modified Newtonian dynamics, and line with dark matter theories
The second law of thermodynamics, which gives us an arrow of time, is routinely violated at the smallest scales - an insight that is already yielding fresh clues to some of biology's great mysteries