A sub quantum physicist looks at quantum information beyond the Higgs boson line. They also look at sub quantum physics related information emanating from quantum computing. Examples of this include this link and this link.
A description of one:
Quote:
“… A sub-quantum physicist is a physicist who explores theories and concepts that go beyond the standard quantum mechanics framework, often proposing new or alternative explanations for quantum phenomena. These physicists may explore concepts like hidden variables, emergent behavior, or alternative theories of space-time at a more fundamental level than quantum mechanics…”
“… A “sub-quantum physicist” or a physicist studying sub-quantum theory does not have a formal, widely recognized role in the physics field. However, it refers to physicists who explore theories and models that go beyond the realm of established quantum mechanics, attempting to understand the underlying principles and dynamics that might govern sub-quantum phenomena. These physicists may explore concepts like sub-quantum kinetics or hidden variables, seeking to explain quantum phenomena without relying solely on the standard interpretation of quantum mechanics. Here’s a more detailed explanation:
What is “sub-quantum” in this context?
It refers to theories that propose a deeper level of reality beneath the standard quantum world, where quantum particles and their interactions are explained by underlying processes or structures. These theories often involve the idea of “hidden variables” or “pilot waves,” which are not explicitly part of standard quantum mechanics but are proposed to be influencing the behavior of quantum particles.
Some examples of sub-quantum theories include Subquantum Kinetics, a theory proposed by Paul LaViolette. Source
Why do physicists explore sub-quantum theories?
To address the measurement problem:
Quantum mechanics has a "measurement problem," which is the difficulty in explaining how quantum systems evolve from a probabilistic superposition to a definite measurement outcome. To explain quantum entanglement:
Sub-quantum theories sometimes offer alternative explanations for the phenomenon of quantum entanglement, where two particles can be correlated in a way that seems instantaneous across space.
To seek a more complete theory of everything:
Some researchers believe that a sub-quantum theory could potentially provide a more fundamental explanation for the laws of nature, unifying quantum mechanics with general relativity.
Key points about sub-quantum physics:
Not mainstream physics. Sub-quantum theories are not widely accepted as part of mainstream physics, but they are an area of ongoing research and exploration.
Often speculative:
These theories are often speculative and may not have strong experimental support.
Driven by intellectual curiosity:
Sub-quantum physicists are often motivated by the desire to understand the fundamental nature of reality and the laws that govern the universe…”.
Sub quotes to above:
“… Sub-quantum physics” refers to theories that propose a deeper reality beneath the standard model of quantum mechanics, suggesting a more fundamental level of reality where quantum phenomena might arise as emergent properties. While not part of the mainstream scientific understanding, some researchers explore these ideas as potential explanations for phenomena that quantum mechanics alone doesn’t fully address…”
“…Sub-quantum physics” refers to theories and ideas that explore the nature of reality below the level of quantum mechanics, often involving the concept of hidden variables or alternative explanations for quantum phenomena. These theories attempt to describe the fundamental processes underlying quantum mechanics, potentially explaining phenomena like wave function collapse, entanglement, and other perplexing quantum behaviors…”
Ideas relating to the quotes above include:
“Implications of a deeper level explanation of the deBroglie-Bohm version of quantum mechanics”, link here.
Also see this link and this link.
I consider myself to be one.