Integrated Laser Optical Code

EQTR&D Team

· Black holes white holes and mass-energy
broken image

Thin like a sticker

The thin sticker-like laser light code is the core component of the entire removal conversion system. It uses integrated information programming (software) and a super-light wave oscillation module (hardware) to complete the mutual conversion of mass and energy of different targets.

Integrated information programming includes the following

1. Information programming

2. Potential energy setting

3. Setting of mass-energy mutual transfer path

4. Package sequencing

 

 

Unfettered running modules

The mutual transfer of mass and energy must break away from the constraints of traditional physical science and find another way out in the field of quantum science. EQT has upgraded from a geometric high-speed turntable to ultrasonic oscillation, and then to a super-light wave oscillation system. From microscopic effects on the movement of photons, electrons, and atoms, to macroscopic connections to the earth's magnetic field, the gravitational field of galaxies, and the main source energy field of the universe, all are moving towards Follow the norms and practices of the universe’s intelligent operating system.

 

 

Multi-themed light code design

EQT's light code programming does not use the formal language of computer programs, but uses an information language composed of geometric figures, points, lines, planes, numbers, and letters to issue instructions to the intelligent system of the universe. The R&D team has designed nearly a hundred types of light codes from 2021 to 2024, which are used to perform different types of energy services, including human body, water body, soil body, gas, consciousness body, etheric body, etc.

 

 

The progress of human science and technology

Since the Industrial Revolution, technology has promoted the progress of civilization like a tidal wave. In the process, we have seen machines surpass human labor, circuit boards surpass processing plants, integrated circuits surpass circuit boards, and stacked wafers surpass integrated circuits. Can quantum optical codes surpass Beyond the wafer, the answer is already written in the near future and we will see it arrive.