In an Oct. 22 institutional account of a published Nature Photonics study, Technion describes using shaped laser pulses in a scanning tunneling microscope to control electron flow across a nanoscale gap while retaining atomic-scale spatial observation. The account concerns laboratory research, not a newly available microscope or commercial component.
GLOBAL IMAGING BRIEF
Analysis: Combining ultrafast optical control with local electron sensing could inform future instrument design. Its relevance to commercial imaging or quantum devices remains a research prospect, not a demonstrated product outcome.
Original source
Original source: Technion's Oct. 22 explanation of previously published research. This brief does not claim the study first appeared on Oct. 22.