Nanofiber quantum computing system and related method

A quantum computer cell system, the system comprising:

• a fiber optical cable having a first end region and a second end region, the first end region having a first end, and the second end region having a second end, the fiber optical cable comprising silicon dioxide material with dopant material entity distributed inside of a core region;
• a first fiber Bragg Grating configured on the first end region;
• a second fiber Bragg Grating configured on the second end region;
• a nanofiber region configured from a center portion of the fiber optic cable and coupled between the first end region and the second end region, the nanofiber region having a transmission of 99% and greater, the nanofiber region having a diameter ranging from 300 nanometer to 1.5 micrometer, the nanofiber region ranging from 10 micrometer to 10 centimeter in length;
• a first taper region configured from a first portion of the nanofiber region within a vicinity of the first fiber Bragg Grating;
• a second taper region configured from a second portion of the nanofiber region within a vicinity of the second fiber Bragg Grating;
• a cavity formed between the first fiber Bragg Grating and the second fiber Bragg Gratings including the taper regions and the nanofiber region;
• a plurality of atoms comprising an alkali metal atom including a cesium and a rubidium, an alkaline-earth metal and an alkaline-earth-like atom including an ytterbium and a strontium and other laser coolable atoms such that a number of the atoms range from one to 100,000 and are evanescently coupled to the nanofiber region between the first fiber Bragg grating and the second fiber Bragg grating;
• and
• an imaging system characterized by a numerical aperture of 0.1 and greater, the imaging system configured to generate an optical tweezer array and optical addressing array and to detect one or more photons from one or the plurality of atoms with a spatial resolution ranging from 400 nanometer and larger.