Design and Development of an Electronic Sensor to Detect and Measure Curvature of Spaces Using Curvature Energy

Abstract

Using fine electromagnetic signals to measure observables of other fields like curvature and torsion of a space, and the corresponding value of their integrals of the action of perception of curvature through electronic signals that detect curvature on a curved surface, it is designed and constructed a sensor of curvature of accelerometer type that detects and curvature measures in 2 and 3-dimensional spaces using the programming of shape operators on spheres and the value of their integrals along the curves and geodesics in their principal directions.

Detection and Measurement of Quantum Gravity by a Curvature Energy Sensor: H-States of Curvature Energy

“…1 Likewise, the scaled gravitational energy is used in the process of gauging of sensor device whose advances correspond to that measured and gauged by the proper universal gravitation and considered by the spherizer operator O E , [2,6,7]. Then using the result enounced in [8], and considering the scaled gravitational constant χ ¼ 8π…”

“…Some measurements realized have been the obtained applying energy Gaussian pulses π(x, y), [2] that determine, in the infinitum the measure of curvature through of this spectra (see the Figure 2). …”

“…Likewise, a new concept developed above through new measurement methods and new technology prototypes to measure curvature as field observable [1,2], or as microscopic deforming of the space-time associated to the gauge fields that enter in action with the quantum gluing of the matter and the constructing of the electric charge of the particles, is the curvature energy [1,2], which is determined as a variation of energy perceived by a change in speed rate of direction in the space detected by the energy condition or censorship condition designed by certain integrals of energy born of the curvature integral transforms [3,4] applied on certain cycles of the signal space acting on the space, to obtain certain energy co-cycles that are curvature data of the space and which represent in an energy space the curvature energy (see Figure 1). …”

“…This raises the need to design a sensor and also the space perception of a device (censorship condition), which must use a modulation space with a domineering energy condition given by [2,3] as follows:…”

“…Similarly, the curvature was obtained initially (using the units of volts on cubic meter, mentioned before) as measure through the corresponding co-cycles as integral transform [2,10]:…”