Open Research Notes & Dynamic Notebooks

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“Welcome To A New Branch Of Quantum Computing!”

Qubit Emulation

Qubits

On the surface, qubits and protobits appear fundamentally incompatible. Yet, we have already proven that the molecular gates achieve universal computation. Any mathematical operation—including complex arithmetic and phase rotations—can be synthesized algebraically. All that is required is the right geometric mapping.

Nov 6, 2026
NicDeclic

Boolean Gates Extensions

Logic

We have now established that within the framework of Conjugated Carbon Computing (CCC), our computational substrate operates on protobits rather than classical binary bits. This shift unlocks a rich landscape of entirely non-classical behaviors. Let us explore some of these exotic properties

Nov 4, 2026
NicDeclic

The Emergence of Protobits

Introduction
Protobits

Now that the structural alphabet of our molecular processor is complete, it is time to unleash its true computational potential. Yet, the moment we begin pushing these carbon networks, an astonishing realization strikes: we are no longer playing by the established rules of “textbook” quantum computing.

Nov 3, 2026
NicDeclic

Towards a Physical Implementation

Introduction
Physics

Research is a journey of relentless patience; one must embrace the discipline of advancing one careful step at a time. Once the theoretical landscape is mapped, designing the physical architecture will become infinitely clearer.

Oct 23, 2026
NicDeclic

Quantum Chemistry Part 3

Introduction
Chemistry

What is needed now is a way to remove the parasitic resonances. Based on the observation that, generally, the more complex a conjugated molecule is, the more resonance modes it possesses, it should therefore be possible to simplify the molecule. That is to say, reduce the complexity of the bonds in order to keep only the intended resonance modes.

Oct 16, 2026
NicDeclic

Quantum Chemistry Part 2

Introduction
Chemistry

Let us now step back and examine molecules in their complete, closed-form topologies—where every single carbon atom of the network is explicitly accounted for, with no dangling bonds or hidden external leads.

Oct 14, 2026
NicDeclic

Quantum Chemistry Part 1

Introduction
Chemistry

Is it possible that the capacity to process and manipulate information is woven into the very fabric of molecules? We now turn to explore the untapped potential of atoms and their chemical bonds to create sophisticated computational systems.

Sep 25, 2026
NicDeclic

The Computing Universe

Introduction

While we are most familiar with logic gates built using silicon transistors, there are many other fascinating ways to implement logical systems.

Sep 24, 2026
NicDeclic

A Refresher on Boolean Logic

Introduction

Before diving into the fascinating realm of quantum logic, mastering the fundamentals of classical logic and traditional logic gates is essential.

Sep 17, 2026
NicDeclic

Quantum Molecular Computing Explained to a 5 Year Old

Introduction
Intuition

Despite all the underlying complexity… the fundamental rules are so strikingly intuitive that a five-year-old could grasp them without breaking a sweat.

Sep 16, 2026
NicDeclic

Welcome To A New Branch Of Quantum Computing!

Introduction
Philosophy

Whether you are a seasoned quantum physicist, a curious software engineer, a student wandering through the fringes of the web, or simply someone fascinated by the architecture of reality: welcome aboard.

Sep 15, 2026
NicDeclic
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