MR-compatible graphene fibre microelectrodes enable full activation pattern mapping during simultaneous deep brain stimulation and functional MRI
Read article: Graphene electrodes enable functional MRI during deep brain stimulation
The materials can store large amounts of hydrogen and methane in their nanoscopic pores
Read article: Ultraporous metal-organic frameworks could make clean energy carriers
New low-power technique detects the spin of electrons in a non-volatile way that does not require ferromagnets
Read article: Electric fields control spintronics devices
New hybrid technique produces detailed images of live biological cells
Read article: Biochemical quantitative phase imaging goes photothermal
Repulsive interaction between photons is created in ultracold gas
Read article: ‘Photon crystals’ could be made using Rydberg atoms
A non-destructive, 3D imaging technique can characterize dry powder inhaler medicines, improving our understanding of the materials used in these asthma inhalers
Read article: Micro-CT enables first non-destructive characterization of asthma medicines
Material also recovers waste heat and converts it into electricity
Read article: Thermogalvanic hydrogel cools down electronic devices
Radium monofluoride produced at CERN is ideal for measuring the electron electric dipole moment
Read article: Exotic radioactive molecules could reveal physics beyond the Standard Model
Compound-specific accelerator mass spectrometry provides the first direct estimates for the age of clay artefacts
Read article: New technique uses food residues to date prehistoric pottery
Findings will be important for planetary science as well as condensed-matter physics
Read article: Machine learning teases out differences in high-pressure ice phases
