For the moment, the answer is "no", but a new study suggests next-generation neutron sources could do the job
Read article: Could lasers synthesize heavy elements produced in neutron-star mergers?
Laser wavelengths depend on bubble's size, paving the way for bubble-laser-based sensors of pressure or ambient electric field
Read article: Soap bubbles transform into lasers
Discovery could boost molecular spectroscopy and integrated optoelectronics
Read article: Dark solitons spotted in ring semiconductor lasers
A femtosecond infrared laser tightly focused in ambient air generates a high-dose-rate MeV electron beam
Read article: Ultrafast laser-based electron beam could help explore radiobiology of the FLASH effect
New laser-based system can resolve processes occurring on the nanosecond timescale
Read article: Frequency comb identifies molecules every 20 nanoseconds
New device does not need a separate light source to work, unlike existing versions
Read article: All-electric organic laser is a first
Improved imaging technique could provide valuable information regarding the quality of an organ to be transplanted
Read article: Laser speckle imaging assesses donor hearts
Researchers have succeeded in directly printing three-dimensional conducting polymer structures inside a living organism
Read article: Laser-printed electronics could create next-generation medical implants
A plasma wakefield accelerator equipped with an advanced electron injection method could help miniaturize X-ray free-electron lasers to a fraction of their current size
Read article: ‘Trojan horse’ injection method enables ultracompact X-ray free-electron laser
New device could shed fresh light on the processes that occur as hydrocarbons burn
Read article: Ultrafast laser camera images combustion in real time
