Approaching DEQCS with the fresh perspective allows for one to view, “Dice Expanding Quantitative Cognitive Sciences” as a logical one. Considering it, in this case for this particular author, answers how the mind works, functions and behaves. This cognitive science theorem incorporates an interdisciplinary approach to Architecture, Archeology, Astronomy, Akashic Record, Biology, Charkas, Chemistry, Egyptian Gods, Enneagrams of personality, Psychology , Physiology, Philosophy, Levels of Consc...

Approaching DEQCS with the fresh perspective allows for one to view, “Dice Expanding Quantitative Cognitive Sciences” as a logical one. Considering it, in this case for this particular author, answers how the mind works, functions and behaves. This cognitive science theorem incorporates an interdisciplinary approach to Architecture, Archeology, Astronomy, Akashic Record, Biology, Charkas, Chemistry, Egyptian Gods, Enneagrams of personality, Psychology , Physiology, Philosophy, Levels of Consc...

by Steven Henderson In the realm of scientific inquiry, The Henderson Hypothesis proposes an audacious and visionary theory that could reshape our understanding of the universe. The Henderson Hypothesis integrates mathematical constants, ratios, Nikola Tesla's revered 369 along with the enigmatic numbers 137, 142857, 432, and the intriguing Sergio Frequencies to reveal the quantitative nature of our cosmos. Intriguingly, dice-based modeling may help substantiate this theory and unleash i...

by Steven Henderson In the realm of scientific inquiry, The Henderson Hypothesis proposes an audacious and visionary theory that could reshape our understanding of the universe. The Henderson Hypothesis integrates mathematical constants, ratios, Nikola Tesla's revered 369 along with the enigmatic numbers 137, 142857, 432, and the intriguing Sergio Frequencies to reveal the quantitative nature of our cosmos. Intriguingly, dice-based modeling may help substantiate this theory and unleash i...

By Steven Henderson Escaping the Centralized AI Paradigm As AI systems grow more powerful, concerns around privacy, security, and centralized control are heightening. This article explores an architectural concept aimed at addressing these challenges - an AI that relies on distributed, ephemeral access to external data repositories rather than internal knowledge stores. Conventional AI systems retain vast training data and develop internal models that power their capabilities. This concentrat...

By Steven Henderson Escaping the Centralized AI Paradigm As AI systems grow more powerful, concerns around privacy, security, and centralized control are heightening. This article explores an architectural concept aimed at addressing these challenges - an AI that relies on distributed, ephemeral access to external data repositories rather than internal knowledge stores. Conventional AI systems retain vast training data and develop internal models that power their capabilities. This concentrat...

By Steven Henderson Quantum computing stands poised to revolutionize problem-solving across industries, expanding our capabilities exponentially. With thoughtful stewardship, these technologies could help unlock solutions for humanity's greatest challenges. Visionary quantum concepts like Qbit Atom String (QAS), Qbit Atom String Mechanical Differential (QASMD), and Qbitic Strings Electromagnetic Atomized Differentials (QSEAD) offer radically enhanced information processing through multid...

By Steven Henderson Quantum computing stands poised to revolutionize problem-solving across industries, expanding our capabilities exponentially. With thoughtful stewardship, these technologies could help unlock solutions for humanity's greatest challenges. Visionary quantum concepts like Qbit Atom String (QAS), Qbit Atom String Mechanical Differential (QASMD), and Qbitic Strings Electromagnetic Atomized Differentials (QSEAD) offer radically enhanced information processing through multid...

by Steven Henderson As we examine the world’s deserts, legends emerge of ancient civilizations and bloody battles long ago. But today, new tales of conflict unfold before our eyes. Russia's invasion of Ukraine has sparked the largest European war since WWII, displacing millions while threatening a nuclear crisis. Meanwhile, tensions between China and Taiwan risk erupting into a superpower conflict. Though the sands have shifted, the themes echo across the ages - power, resources, nationa...

by Steven Henderson As we examine the world’s deserts, legends emerge of ancient civilizations and bloody battles long ago. But today, new tales of conflict unfold before our eyes. Russia's invasion of Ukraine has sparked the largest European war since WWII, displacing millions while threatening a nuclear crisis. Meanwhile, tensions between China and Taiwan risk erupting into a superpower conflict. Though the sands have shifted, the themes echo across the ages - power, resources, nationa...

Chapter 3 Dimension C: Phosphorus* in 142857 A “State of the Union”* By Steven Henderson As we will come to find later, we will have a choice of locations and a choice of destinations to choose from in our 1 inch three dimensional space. When it comes to determining how many digits we can form from all of the 9 digit numbers it is said to be 3,265,920. There are said to be different methods for achieving this total and in computing, it is achieved in the following order of 0, 1, 2, 3, 4, 5, 6...

Chapter 3 Dimension C: Phosphorus* in 142857 A “State of the Union”* By Steven Henderson As we will come to find later, we will have a choice of locations and a choice of destinations to choose from in our 1 inch three dimensional space. When it comes to determining how many digits we can form from all of the 9 digit numbers it is said to be 3,265,920. There are said to be different methods for achieving this total and in computing, it is achieved in the following order of 0, 1, 2, 3, 4, 5, 6...

September 2, 2023 by Steven Henderson In the rapidly evolving landscape of artificial intelligence and machine learning, a powerful contender has emerged—a versatile Python script poised to redefine the way we approach data processing, machine learning, and text generation. In this article, we will delve into the groundbreaking capabilities of this script, exploring its potential to revolutionize the field of AI and establish itself as a game-changer. The Swiss Army Knife of AI Scripts: This ...

September 2, 2023 by Steven Henderson In the rapidly evolving landscape of artificial intelligence and machine learning, a powerful contender has emerged—a versatile Python script poised to redefine the way we approach data processing, machine learning, and text generation. In this article, we will delve into the groundbreaking capabilities of this script, exploring its potential to revolutionize the field of AI and establish itself as a game-changer. The Swiss Army Knife of AI Scripts: This ...

By Steven Henderson Bridging the Nano-Frontier using Fractional Length Stepping Advances in nano-engineering depend on achieving precise measurements and control at atomic levels and ever-smaller fractions of a nanometer. However, current microscopes and instruments have resolution limits that restrict reliable detection below approximately 1 nanometer. For example, scanning electron microscopes can resolve features down to 0.1 nm under ideal conditions, while atomic force microscopy can reac...

By Steven Henderson Bridging the Nano-Frontier using Fractional Length Stepping Advances in nano-engineering depend on achieving precise measurements and control at atomic levels and ever-smaller fractions of a nanometer. However, current microscopes and instruments have resolution limits that restrict reliable detection below approximately 1 nanometer. For example, scanning electron microscopes can resolve features down to 0.1 nm under ideal conditions, while atomic force microscopy can reac...

October 10, 2023 By Steven Henderson The world of propulsion and energy generation is continuously evolving, with researchers and engineers constantly seeking innovative solutions to revolutionize these fields. In this article, we explore a groundbreaking theoretical concept: a dual-temperature rotating plasma engine that can serve both as a propulsion system and an energy generator. We delve deep into a hypothetical design and the potential applications of this technology. Theoretical Design...

October 10, 2023 By Steven Henderson The world of propulsion and energy generation is continuously evolving, with researchers and engineers constantly seeking innovative solutions to revolutionize these fields. In this article, we explore a groundbreaking theoretical concept: a dual-temperature rotating plasma engine that can serve both as a propulsion system and an energy generator. We delve deep into a hypothetical design and the potential applications of this technology. Theoretical Design...

By Steven Henderson Theoretical physics is a realm where preconceived notions about reality are constantly challenged. In this exploration, we delve into three intertwined concepts - quantum superpositions, GIPS particles, and timelike curves - that push the boundaries of our understanding. Though individually intriguing, these ideas converge to form a fascinating tapestry of cutting-edge physics. As we embark, we emphasize the importance of embracing seemingly implausible theories, as they h...

By Steven Henderson Theoretical physics is a realm where preconceived notions about reality are constantly challenged. In this exploration, we delve into three intertwined concepts - quantum superpositions, GIPS particles, and timelike curves - that push the boundaries of our understanding. Though individually intriguing, these ideas converge to form a fascinating tapestry of cutting-edge physics. As we embark, we emphasize the importance of embracing seemingly implausible theories, as they h...

By Steven Henderson The world of science and technology is in a constant state of evolution, driven by innovative ideas and breakthroughs. Imagine a scenario where dice, typically associated with games of chance, become instrumental in shaping our understanding of complex systems in science and technology. In this article, we explore how incorporating dice as a non-random elements in scientific modeling and how they could potentially revolutionize our ability to tackle intricate problems, pre...

By Steven Henderson The world of science and technology is in a constant state of evolution, driven by innovative ideas and breakthroughs. Imagine a scenario where dice, typically associated with games of chance, become instrumental in shaping our understanding of complex systems in science and technology. In this article, we explore how incorporating dice as a non-random elements in scientific modeling and how they could potentially revolutionize our ability to tackle intricate problems, pre...

by Steven Henderson An unprecedented mathematical framework recently proposed may enable to accurately mode and calculate scenarios at the femtometre scale for the first time. By constructing mathematics compliant with quantum principles, we can perhaps predict phenomena dominated by discreteness, uncertainty, and extreme sensitivity that defy traditional continuous models. Current measurement techniques using the most advanced electron microscopes and laser inter-ferometers can resolve down ...

by Steven Henderson An unprecedented mathematical framework recently proposed may enable to accurately mode and calculate scenarios at the femtometre scale for the first time. By constructing mathematics compliant with quantum principles, we can perhaps predict phenomena dominated by discreteness, uncertainty, and extreme sensitivity that defy traditional continuous models. Current measurement techniques using the most advanced electron microscopes and laser inter-ferometers can resolve down ...