This is a wonderful piece of work. Congratulations on this achievement.

How can I apply this to someone close to me who has a similar condition? How can we collaborate and apply the program to them, even if it requires a fee?

Also, can we develop it into Arabic?

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Hello,

I thank you very much for your appreciation.

This tech is to be set to be globally available at any time in any space, and it is adaptable to every language in the world.

May I ask how you recieve quantum signals from her brain to your presumably electrical input to the computer (AI)? Quantum computers need powerful refrigerators to make atoms almost stand still at near absolute zero degrees?

Thank you for this excellent question. You are absolutely correct that quantum computers require extreme conditions, such as near absolute zero, to maintain qubit stability. However, my system is not a quantum computer, nor does it manipulate physical qubits.

What it does is detect what I call quantum quantities—extremely fine patterns and fluctuations in the brain’s natural electromagnetic and informational fields. These signals are already present in the brain’s activity, even at rest. The system is designed to capture and process these patterns using highly sensitive algorithms that run on conventional hardware, without the need for refrigeration or invasive implants.

To simplify:

Quantum computers create and maintain qubits artificially, which requires cryogenic isolation.

My system does not create or stabilize qubits; it listens to naturally occurring fluctuations that the brain produces and translates them into data the computer can process.

Because it is non-invasive and does not manipulate matter at the quantum level, the setup does not need the same environmental controls as a quantum computer. It works in real time, with the subject simply present, allowing the system to detect these micro-fluctuations and transform them into structured outputs.

In brief, think of it like Quantum Software. A non-invasive brain–computer interface that captures the brain’s natural quantum-level signals and translates them into real-time communication.

Thank you for a good answer. Yes the brain produce an electromagnetic field that can be listened to, it is used since long in medical care, Electroencephalography (EEG) is a test that measures and records brain activity though not detailed enough to register thoughts. Are you using standard EEG equipment to feed your AI-computer?

Thank you for the follow-up question. You’re absolutely correct that the brain produces an electromagnetic field and that EEG has been used for decades to measure this activity. However, my system does not use standard EEG equipment.

EEG technology is limited because it measures only generalized electrical activity (brain waves) at the scalp level, which isn’t detailed enough to decode complex thoughts or communication.

My system—Quantum Software—uses a completely different approach. It detects quantum-level informational fluctuations within the brain’s electromagnetic field using ultra-sensitive sensors and advanced processing algorithms. These sensors capture much finer patterns than standard EEG electrodes and feed them directly into the software for real-time interpretation.

So, while both EEG and Quantum Software “listen” to the brain’s electromagnetic field, the resolution and purpose are fundamentally different:

EEG is a diagnostic tool to observe patterns like sleep stages or seizure activity.

Quantum Software is designed for direct, non-invasive brain–computer communication, translating those micro-fluctuations into structured subjective detailed output.