Sentence examples for precise fabrication from inspiring English sources

Progress in atomically precise fabrication has a deep history and every step has brought rewards in areas that range from scientific knowledge to applications in industry and medicine.

The history of atomically precise fabrication began with structures in the dozen-atom range, and today has reached the range of millions of atoms.

In atomically precise fabrication, the challenge is to build larger structures, to extend the range of materials, and to make a wider range of functional devices.

The technology in question is "high-throughput atomically precise manufacturing" (APM), a prospect that will develop from technologies that will emerge from progress in atomically precise fabrication – progress with ongoing and surprising achievements today.

As for developing the technology needed to build the necessary machinery, there's a long path ahead, yet there has been enormous progress in key areas of atomically precise fabrication.

Dr. Shih said that while it was possible that a future molecular machine might use parts like these, the work was meant to demonstrate that "if you want to make a machine, you are going to need very precise fabrication ability".

However, for a large scale roll to roll (R2R) manufacturing of this technology and precise device fabrication, further improvements are critical.

It allows precise tip fabrication with adequate sharpness and degrades homogeneously and sufficiently fast in simulated gastric fluid at low pH values.

The application of this technique allows precise serial fabrication of computer-designed microstructure geometries by scanning a femtosecond laser beam within a photosensitive material.

From a technical point of view, microfluidic or micropatterning technology enables the development of various tools in bioartificial pancreas application, such as rapid, precise, multiplexed fabrication of nano- and micro-sized encapsulation of transplantable islets using various materials and compositions.

It is not so much the difficulty of making things increasingly small but the cost that is the limiting factor, because every generation of chip fabrication requires a bigger injection of capital to build more precise manufacturing tools.