Optogenetics is a technology that combines optical control and genetic targeting using cell-type-specific and optically sensitive proteins for the precise manipulation of neuronal functions with millisecond precision (Yizhar et al. 2011a; Zhang et al. 2007).
The kind of rich emotional telepathic experience Zuckerberg daydreams about would involve, one presumes, precise manipulation of the 100 billion neurons in the human brain – neurons that have more connections between them than there are atoms in the universe.
Achieved through the systematic and precise manipulation of shapes and colours, the effects of Op art can be based either on perspective illusion or on chromatic tension; in painting, the dominant medium of Op art, the surface tension is usually maximized to the point at which an actual pulsation or flickering is perceived by the human eye.
They will enable precise manipulation with buttons and gestures.
Precise manipulation of payloads is difficult with cranes.
Precise manipulation of the hydrodynamic interaction between particles is particularly important for operation of microfluidic devices.
This technology allows precise manipulation of cells and particles via light-induced dielectrophoresis.
Micro-nanorobotic technique allows the precise manipulation at a small scale.
Gene targeting is widely used for the precise manipulation of genes.
In a water environment, the forces such as drag, buoyancy, and gravity are critical factors for precise manipulation.
The device is simple and inexpensive yet allows for stable and precise manipulation of the recording electrodes.
