Time domain photonic hook beam for manipulating nanoparticles along curved trajectories
Virtual micro-reality: immersive manipulation of live microscopic systems
Optical Tweezers Bring Micromachines to Biology
3D controlling the bead linking to DNA molecule in a single-beam nonlinear optical tweezers
Control of the unidirectional motor in Rhodobacter sphaeroides
Rotational analysis of birefringent crystal particles based on modified theory in optical tweezers
A Simplified Configuration for Obtaining a Variable Focal Spot for Optical Tweezers
Optical Tweezers Plasmonic nanostructures are optimized for optical trapping
Optical Tweezers LC allows optical trapping of high-index nanowires
Moire-based tweezers, a tweezer assembly line, dynamic light cages and an optical ``bottle''
Biologically inspired robotics
Biologically inspired robotics
The use of light for controlling objects led to the development of optical tweezers
OPTICAL TRAPPING Zone-plate optical tweezer can integrate with microfluidics
First discovered in 1970, optical tweezers can now be generated and controlled