What question did this study set out to answer?

This research aims to advance the understanding of the Torsion-Information Pattern model in various scientific fields.

March 4, 2026Open Access

Torsion-Information Pattern (TIP): Applications in Quantum Teleportation, Biology, and Predictions for Experiments with Chiral Molecules

Key Points

This research aims to advance the understanding of the Torsion-Information Pattern model in various scientific fields.
Developed the Torsion-Information Pattern (TIP) model based on previous ontological frameworks.
Applied TIP to quantum teleportation and biological communication.
Formulated predictions concerning chiral molecule interactions and cellular mechanisms.
Identified differential interactions of twisted light with chiral molecules.
Proposed a novel approach for quantum teleportation focusing on pattern transfer.
Outlined mechanisms for instantaneous cellular communication involving DNA.

Abstract

This paper is a direct continuation of the ontological model proposed in 1. It develops the Torsion-Information Pattern (TIP) model, applying it to quantum teleportation, biological communication, and interactions with chiral molecules. Key predictions include: · Differential interaction of twisted light (OAM) with left- and right-handed chiral molecules, offering a potential explanation for the homochirality of life· A new approach to quantum teleportation based on pattern transfer rather than particle state transfer· Instantaneous cellular communication mechanisms and the role of DNA as a TIP transceiver· Implications for consciousness studies and future theories of gravity The paper presents seven experimentally testable predictions accessible in modern laboratory conditions. Русская версия / Russian version: статья содержит полный текст на русском языке. Основные положения соответствуют английскому описанию выше.

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