Publication Plans: 

Our goals through our initial publications  (2024-2025) are to show:

1. The foundations of internon theory are theoretically compelling and significantly more advanced as compared with all prior theories put forward
2. Internon theory would be a major scientific advancement if experimentally confirmed.

Internon theory involves a number of results that the theory rests upon. Publishing more substantial recent work before prior work,  would not allow one to grasp the logic that went into developing the theory.  More recent work that relies on prior work will be published after supporting prior work is published.

We expect our publications to appear in:

• Peer-reviewed journals and at minimum utilize the reviews to correct any errors that are found
• Utilize pre-print servers
• We also are planning on writing one or more monographs, to be published by Inspire Institute, which we will be writing in an effort to provide an improved presentation of internon theory, suitable for learning the theory.

In addition, we are planning to include on this website:

• Papers that we author
• Aids to learning internon theory
• Areas of future work
• Areas affected by internon theory
• List of description of problems that remain in internon theory
• Tracking of progress of remaining problems in internon theory
• External publications or links that can help in learning internon theory

Publication Timeline:

2024-Q1:2025  Supplementary work on the Quantum Measurement Problem 

• Complementary relationships between entanglement and measurement  ✓
• Resolvability of the quantum measurement problem in the mesoscopic regime

• Resolvability of the quantum measurement problem: the von Neumann chain

Q1:2025-Q1:2026 Elementary internon theory

• Physical constraints in quantum measurement
• Characteristics of the measurement process
• Fundamental concepts of internon theory

Q1:2026-2027 Intermediate internon theory

• Physics of the measurement process
• Methods of classification of particle sets with interactions into internon or uniton
• Classification of numerous common processes in physics and chemistry
• Experimental tests of internon theory