Authors :
Cynelle Olívia de Souza
Volume/Issue :
Volume 7 - 2022, Issue 3 - March
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3J1tyqE
DOI :
https://doi.org/10.5281/zenodo.6408993
Abstract :
Quantum matter, electromagnetically neutral
but influenced by gravity at different intensities, can
relate to electromagnetic waves. On an atomic scale, an
offset that obeys a metric tensor that maintains stability
can occur despite the existence of intrinsic kinetic
energy. In the face of new gravitational influences a new
displacement can occur, which would be the basis of
many chemical reactions. A new tensor could then be
delimited according to metric coordinates when
stabilization of the displaced matter occurs in the
molecule. Practical implications in computing, in the
area of materials engineering, in pharmacological and
biomedical could occur. This matter could be a
candidate for dark matter.
Keywords :
Gravity. Quantico. Metric. Tensor.
Quantum matter, electromagnetically neutral
but influenced by gravity at different intensities, can
relate to electromagnetic waves. On an atomic scale, an
offset that obeys a metric tensor that maintains stability
can occur despite the existence of intrinsic kinetic
energy. In the face of new gravitational influences a new
displacement can occur, which would be the basis of
many chemical reactions. A new tensor could then be
delimited according to metric coordinates when
stabilization of the displaced matter occurs in the
molecule. Practical implications in computing, in the
area of materials engineering, in pharmacological and
biomedical could occur. This matter could be a
candidate for dark matter.
Keywords :
Gravity. Quantico. Metric. Tensor.
