The use of a wire mesh facilitates creation of multiple optical traps for manipulation of small micron or sub-micron particles. Such an array of optical traps can be easily controlled. The trap that is formed in this manner is a continuous trap; it obviates the need to time share a laser beam among a set of positions, as is presently done in conventional multiple traps
For optical tweezers, a tiny focal spot of the trapping beam is necessary for providing sufficient i...
Single beam gradient force optical trapping (laser tweezers) is increasing in importance as a techni...
With a tightly focused single laser beam, also called optical tweezers, particles of a few nanometer...
In this paper, we prove the usefulness of the diffractive optical elements to generate arrays of opt...
Optical tweezers(1) are commonly used for manipulating microscopic particles, with applications in c...
Optical traps (tweezers) are beginning to be used with increasing efficacy in diverse studies in the...
In existing control techniques for optical tweezers, a target particle is directly trapped and manip...
Optical traps (tweezers) are beginning to be used with increasing efficacy in diverse studies in the...
A method and apparatus for control of optical trap arrays and formation of particle arrays using lig...
Although optical tweezers have been a valuable research tool since their invention in the 1980s, the...
Using a laser beam that is focused down to a diffraction-limited spot, particles with a size ranging...
Abstract — We describe the design and construction of two different types of multiple-beam optical t...
Optical tweezers are an important tool in the field of biophysics due to their ability to precisely ...
Optical trapping is the use of a laser beam, to trap small particles, similarly to using tweezers. A...
For optical tweezers, a tiny focal spot of the trapping beam is necessary for providing sufficient i...
Single beam gradient force optical trapping (laser tweezers) is increasing in importance as a techni...
With a tightly focused single laser beam, also called optical tweezers, particles of a few nanometer...
In this paper, we prove the usefulness of the diffractive optical elements to generate arrays of opt...
Optical tweezers(1) are commonly used for manipulating microscopic particles, with applications in c...
Optical traps (tweezers) are beginning to be used with increasing efficacy in diverse studies in the...
In existing control techniques for optical tweezers, a target particle is directly trapped and manip...
Optical traps (tweezers) are beginning to be used with increasing efficacy in diverse studies in the...
A method and apparatus for control of optical trap arrays and formation of particle arrays using lig...
Although optical tweezers have been a valuable research tool since their invention in the 1980s, the...
Using a laser beam that is focused down to a diffraction-limited spot, particles with a size ranging...
Abstract — We describe the design and construction of two different types of multiple-beam optical t...
Optical tweezers are an important tool in the field of biophysics due to their ability to precisely ...
Optical trapping is the use of a laser beam, to trap small particles, similarly to using tweezers. A...
For optical tweezers, a tiny focal spot of the trapping beam is necessary for providing sufficient i...
Single beam gradient force optical trapping (laser tweezers) is increasing in importance as a techni...
With a tightly focused single laser beam, also called optical tweezers, particles of a few nanometer...