Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

JOURNAL OF ADVANCES IN PHYSICS

Entanglement Explained by Sequencing Satisfies Lack of Trajectory and The Holographic Principle

Bhekuzulu Khumalo

Published Jun 30, 2018• 0 citations
Publisher

Abstract

The implications of entanglement have scared many, but if we use all we understand about existence sequencing is probably the answer given probable experiments that we should have the technology to do within the next 5 years. The simpler the easier to understand. This paper is in the tradition of thought experiments, not all have access for modern technology, a thought of the mind, given that we are further introducing algorithms into not only physics but life in general, sequencing is merely an algorithm.

DOI
10.24297/jap.v14i2.7472

Related papers

On the Concept of Spacetime & Consciousness: Some Western and Indic Thoughts

Narendra D. Sharma

What is 'the nature of reality’? This thought has occupied the minds of scientists and philosophers since time immemorial. This issue is examined scientifically, that, how the views of scientists and western philosophers have undergone a dramatic change over a period of time. This may then answer whether spacetime is a reality of nature or if it is just a figment of our imagination in which to view this cosmos! The article begins with the thoughts of Democritus, and the other Greek philosophers, continuing with the ideas of Copernicus, Galileo and Kepler. With the thoughts of Bacon, Descartes and Isaac Newton, the rise of the ‘mechanical world view’ later the decline of this view is discussed when the phenomenon in optics, electricity and magnetism could not be explained. Then the concept of ‘field’ was evolved, culminating in ‘Maxwell’s equations of electromagnetic fields’.The beginning of twentieth century saw the evolution of the concepts of ‘relativity’, by Einstein, and the birth of ‘quantum theory’, starting with the idea of ‘quanta’, originated by Planck in 1900. The first three decades of the 20th century saw great breakthroughs in the world of theoretical physics - totally new ideas on ‘the nature of reality’ were being conceived. Large numbers of fundamental particles were discovered in the ensuing years. However, not much progress indeed was made in answering some of the most fundamental questions about the existence of human life and the nature of reality. Some interesting ideas on ‘biocentrism’ have now evolved. Biocentrism, along with the ideas of quantum theory and the concept of consciousness, may answer some of the intricate questions about the nature of reality; these will be discussed at length. These concepts will then be viewed from the perspective of Indic thoughts. The ‘Vedic’ and ‘Upanishadic’ knowledge from Indian scriptures may probably answer even more clearly some of the most intriguing questions about the existence of life and the ‘nature of reality’ itself.Beginning of twentieth century saw the evolution of the concepts of ‘Relativity’, by Einstein, and the birth of ‘Quantum Theory’, starting with the idea of ‘Quanta’, originated by Planck in 1900. The first three decades of 20th century saw the great breakthroughs in the world of theoretical physics. Absolutely new ideas on ‘The Nature of Reality’ were being conceived. Large number of fundamental particles was discovered in the ensuing years. But not much progress indeed took place in answering some of the most fundamental questions on existence of human life and the nature of reality. Some interesting ideas on ‘Biocentrism’ have now evolved. Biocentrism along with the ideas of Quantum Theory and the concept of Consciousness may answer some of the intricate questions on nature of reality; these will be discussed at length. These concepts will then be viewed from perspective of Indic thoughts. The ‘Vedic’ and ‘Upanishadic’ knowledge from Indian scriptures may probably answer even more clearly some of the most intriguing questions on the existence of life and the ‘Nature of Reality’ itself.

Journal of consciousness exploration & research•Apr 22, 2018•2 citations

Demonstration of quantum entanglement

Gaurav Rozatkar

With the advancement of quantum computers it is very much tempting to experience the laws of physics without having to build sophisticated apparatus on our own. The following experiment demonstrates the existence of phenomena of quantum entanglement as we know it.

•Aug 16, 2018•1 citation

Introduction

Danah Zohar

In this book, ideas and principles from quantum science are set side by side with very similar ideas from ancient Chinese philosophy. This demonstrates that the ancient Chinese had an intuitive understanding about the nature of the universe that preceded, by thousands of years, similar discoveries and experimental proof provided by 20th-century quantum physics and complexity science. Setting the very concrete and easily understood traditional Chinese thought alongside the far more abstract language of quantum physics both makes quantum ideas more accessible to Western readers and offers Chinese readers a modern expression of their own ancient tradition. This dialogue between modern quantum science and a more modernised expression of Chinese thought can contribute to greater East/West understanding and thus to a truly global 21st-century dialogue and worldview. Between them, quantum science and traditional Chinese thought offer valuable wisdom for leaders and a more developed understanding of Quantum Management.

Routledge eBooks•Jul 29, 2025•0 citations

Entanglement : the end of a long mystery ?

Youssef El Fidali

Since the advent of quantum physics, many experiments, theories and models helped to lay the foundationsfor the understanding of interaction between light and matter or the behavior of microscopic (subatomic)particles. However, many questions remain unanswered or at least not fully understood. One of the mostdebated topics since the last century concerns the entanglement between two or more particles. This paperwill deal with this issue and maybe give a definitive answer to this problematic.

•May 5, 2023•0 citations

Entanglement and Quantum Computation

Richard Jozsa

We argue that entanglement is the essential non-classical ingredient which provides the computational speed-up in quantum algorithms as compared to algorithms based on the processes of classical physics.

arXiv:quant-ph/9707034•Jul 17, 1997•5 citations

Reality in Superposition: Quantum Mechanics

Lev Reyzin

This chapter introduces quantum mechanics through the experimental discoveries that revealed the limits of classical physics. Beginning with the historical debate over whether light is a wave or a particle, it examines Young’s double-slit experiment and its modern single-particle versions, which demonstrate that quantum objects can exist in superpositions of mutually exclusive states. The chapter explains how interference arises when alternative possibilities are not measured and how interaction with the environment suppresses these effects through decoherence, giving rise to classical behavior at macroscopic scales. A sequence of thought experiments involving interferometers and Stern–Gerlach devices highlights the counterintuitive structure of quantum measurement and the incompatibility of certain physical properties, as captured by the uncertainty principle. The chapter emphasizes that quantum mechanics does not describe particles taking multiple paths simultaneously in a classical sense but rather requires a new framework for probability based on amplitudes and interference. Finally, the discussion connects these foundational ideas to emerging technologies such as quantum computing, showing how superposition and entanglement can be harnessed to perform computations that have no classical analogue.

Cambridge University Press eBooks•Oct 21, 2026•0 citations
The implications of entanglement have scared many, but if we use all we understand about existence sequencing is probably the answer given probable experiments that we should have the technology to do within the next 5 years. The simpler the easier to understand. This paper is in the tradition of thought experiments, not all have access for modern technology, a thought of the mind, given that we are further introducing algorithms into not only physics but life in general, sequencing is merely an algorithm.
What is 'the nature of reality’? This thought has occupied the minds of scientists and philosophers since time immemorial. This issue is examined scientifically, that, how the views of scientists and western philosophers have undergone a dramatic change over a period of time. This may then answer whether spacetime is a reality of nature or if it is just a figment of our imagination in which to view this cosmos! The article begins with the thoughts of Democritus, and the other Greek philosophers, continuing with the ideas of Copernicus, Galileo and Kepler. With the thoughts of Bacon, Descartes and Isaac Newton, the rise of the ‘mechanical world view’ later the decline of this view is discussed when the phenomenon in optics, electricity and magnetism could not be explained. Then the concept of ‘field’ was evolved, culminating in ‘Maxwell’s equations of electromagnetic fields’.The beginning of twentieth century saw the evolution of the concepts of ‘relativity’, by Einstein, and the birth of ‘quantum theory’, starting with the idea of ‘quanta’, originated by Planck in 1900. The first three decades of the 20th century saw great breakthroughs in the world of theoretical physics - totally new ideas on ‘the nature of reality’ were being conceived. Large numbers of fundamental particles were discovered in the ensuing years. However, not much progress indeed was made in answering some of the most fundamental questions about the existence of human life and the nature of reality. Some interesting ideas on ‘biocentrism’ have now evolved. Biocentrism, along with the ideas of quantum theory and the concept of consciousness, may answer some of the intricate questions about the nature of reality; these will be discussed at length. These concepts will then be viewed from the perspective of Indic thoughts. The ‘Vedic’ and ‘Upanishadic’ knowledge from Indian scriptures may probably answer even more clearly some of the most intriguing questions about the existence of life and the ‘nature of reality’ itself.Beginning of twentieth century saw the evolution of the concepts of ‘Relativity’, by Einstein, and the birth of ‘Quantum Theory’, starting with the idea of ‘Quanta’, originated by Planck in 1900. The first three decades of 20th century saw the great breakthroughs in the world of theoretical physics. Absolutely new ideas on ‘The Nature of Reality’ were being conceived. Large number of fundamental particles was discovered in the ensuing years. But not much progress indeed took place in answering some of the most fundamental questions on existence of human life and the nature of reality. Some interesting ideas on ‘Biocentrism’ have now evolved. Biocentrism along with the ideas of Quantum Theory and the concept of Consciousness may answer some of the intricate questions on nature of reality; these will be discussed at length. These concepts will then be viewed from perspective of Indic thoughts. The ‘Vedic’ and ‘Upanishadic’ knowledge from Indian scriptures may probably answer even more clearly some of the most intriguing questions on the existence of life and the ‘Nature of Reality’ itself.
In this book, ideas and principles from quantum science are set side by side with very similar ideas from ancient Chinese philosophy. This demonstrates that the ancient Chinese had an intuitive understanding about the nature of the universe that preceded, by thousands of years, similar discoveries and experimental proof provided by 20th-century quantum physics and complexity science. Setting the very concrete and easily understood traditional Chinese thought alongside the far more abstract language of quantum physics both makes quantum ideas more accessible to Western readers and offers Chinese readers a modern expression of their own ancient tradition. This dialogue between modern quantum science and a more modernised expression of Chinese thought can contribute to greater East/West understanding and thus to a truly global 21st-century dialogue and worldview. Between them, quantum science and traditional Chinese thought offer valuable wisdom for leaders and a more developed understanding of Quantum Management.
This chapter introduces quantum mechanics through the experimental discoveries that revealed the limits of classical physics. Beginning with the historical debate over whether light is a wave or a particle, it examines Young’s double-slit experiment and its modern single-particle versions, which demonstrate that quantum objects can exist in superpositions of mutually exclusive states. The chapter explains how interference arises when alternative possibilities are not measured and how interaction with the environment suppresses these effects through decoherence, giving rise to classical behavior at macroscopic scales. A sequence of thought experiments involving interferometers and Stern–Gerlach devices highlights the counterintuitive structure of quantum measurement and the incompatibility of certain physical properties, as captured by the uncertainty principle. The chapter emphasizes that quantum mechanics does not describe particles taking multiple paths simultaneously in a classical sense but rather requires a new framework for probability based on amplitudes and interference. Finally, the discussion connects these foundational ideas to emerging technologies such as quantum computing, showing how superposition and entanglement can be harnessed to perform computations that have no classical analogue.