Study shows how the structure of the networks that quantum particles travel through affects their properties, like coherence. Could lead to better designs for quantum devices.

The new method offers a straightforward approach to imprint the geometric phase from a classical laser beam and transfer it directly onto a pair of entangled photons.

The researchers used mathematical models based on the Dirac-Weyl equation to simulate how an electron in a graphene sheet would behave under external magnetic fields.

2017 had been an eventful year for science all over the world. We have seen tremendous breakthroughs like the detection of gravitational waves, along with many discoveries and inventions that take us a step closer to making out lives better. Here we present snapshots of the remarkable contributions made to science in 2017.