Resolving the Extra Dimensions for Gravity

M. Boyd

doi:10.1109/JSEN.2024.3414251

Resolving the Extra Dimensions for Gravity

2024-08-15

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M. Boyd *

DOI：10.1109/JSEN.2024.3414251

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The weakness of the force of gravity compared to the electromagnetic force and other fundamental forces is referred to as the hierarchy problem. If gravity propagates in several additional spatial dimensions that are large compared with the Planck scale, the hypothesis is that gravity is stronger close-up, for example, below a certain interaction distance, the force of gravity is magnified. In the hard disk drive assembly, the magnetoresistor (MR) read sensor in the head assembly operates within 100 nm of the spinning disk surface. Fourteen variable-sized nanobumps and nanopits were fabricated on a magnetic disk platen surface designed to be less than the Planck mass 21.77 mu g. These nano features were measured over a spinning disk using both the piezoelectric and MR sensors. The data were validated using atomic force microscopy (AFM) and magnetic force microscopy (MFM) measurements. The results are reviewed, and the theoretical implications are discussed. The results suggest that the force of gravity is magnified, and that there are two forms of gravitation. The implications of modified spacetime are discussed.

Keywords:

Sensors

Magnetic heads

Gravity

Magnetic sensors

String theory

Force measurement

Hard disks

Atomic force microscope (AFM)

closed timelike curves

electromagnetism (EM)

frame dragging

general relativity (GR) theory

gravitomagnetism

magnetic force microscope

magnetoresistor (MR)

MR sensor

offset spatial divergence

quantum gravity

spacetime metrics engineering

spacetime

special relativity theory

spin valve

spintronics

string theory

Resolving the Extra Dimensions for Gravity

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