Sentence examples for capable of mirror from inspiring English sources

A Tufted Capuchin Isn't Quite Sure," July 26: Anyone who still believes that chimps and gorillas are the only primates capable of "mirror self-referencing" should ask the people at Helping Hands, a Boston-based nonprofit organization that trains capuchins as helpers for the handicapped.

More complex techniques of cell culturing, including 3D cultures (e.g. collagen sandwich models, co-cultures, hanging drop, spheroids) and tissue engineering are capable of mirroring complex cell cell interactions (Alépée et al. 2014).

This paper also presents the integration of four twisting actuators into a 2 DOF tilting mirror platform which is capable of deflecting a mirror over 25° at a pressure of 231 kPa.

This domain requires light and efficient actuators capable of actuating the mirror surface at kHz frequency range and having a weight of less than 200 mg and volume of less than 150 mm3.

Furthermore, such nanostructure is capable of providing the mirror-less random lasing effect, arising as a result of a simultaneous strong amplification and scattering in a highly disordered medium [48].

Actual machining data are discussed in detail to prove that the proposed approach is capable of fabricating aluminum mirrors of 620 mm diameter to a form accuracy of 0.7 μm in peak-to-valley error value.

Being convinced that she could only gain their love when she was the only one left, she obtained a mirror capable of bringing out the worst in people (the mirror coming directly from The Snow Queen fairy tale).

Aberrations occur in both lenses and mirrors and in this paper we present a novel method capable of modelling off-axis mirror configurations.

The available power at the sample could be increased by replacing the beam combiner with an excitation dichroic mirror, capable of passing light below 980 nm and reflecting light above 980 nm, at the intersection of the two beams in the routing path.

The technology – digital light processing (DLP) – works by using microscopic digital mirrors capable of generating two images on a screen at the same time from a single projector source.

The device utilizes an array of movable mirrors capable of tracking the daily movements of the sun and projecting the reflected sunlight toward specified fixed positions onto the ceiling.