Chirality measurements speed up
New real-time deep-UV technique could be important for improved drug development and applications in medicine
Read article: Chirality measurements speed up
Read article: Chirality measurements speed up
Fast and precise depth profiler delivers thin-film insights
Optical spectroscopy technique originally developed for the steel industry now offers fast-track analysis of next-generation device structures
Read article: Fast and precise depth profiler delivers thin-film insights
Infrared frequency combs detect gas leaks
Two new systems could lead to better monitoring of industrial facilities
Read article: Infrared frequency combs detect gas leaks
Diamond quantum sensor breaks new record
New measurement scheme has increased the spectral resolution of NMR by 100-fold in volumes comparable to a single cell
Read article: Diamond quantum sensor breaks new record
The sound of trust
Would you put your $500,000 violin in a synchrotron? Robert P Crease meets a musician who did
Read article: The sound of trust
Frequency combs power new spectrometer-on-a-chip
Tiny system offers high precision
Read article: Frequency combs power new spectrometer-on-a-chip
P-wave interactions accidentally spotted in ultracold atoms
Serendipitous measurement opens the door to new physics
Read article: P-wave interactions accidentally spotted in ultracold atoms
Diamond defects and quantum logic give NMR a boost
New technique can home in on single molecules
Read article: Diamond defects and quantum logic give NMR a boost
Frequency combs give Raman spectroscopy a boost
Technique identifies multiple molecules simultaneously
Read article: Frequency combs give Raman spectroscopy a boost
NMR spectroscopy without the ‘M’
Researchers do away with the magnets that are usually needed for nuclear magnetic resonance spectroscopy
Read article: NMR spectroscopy without the ‘M’
