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Quantum AI JML: Show Quantum Decoherence and AI drift prediction

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quantum-ai-jml 0.0.1Custom (specified...8.4Libraries, Physics, Artificial intell..., P..., G...
Description 

Author

This package can show quantum decoherence and AI drift prediction.

It provides a script that can calculate quantum decoherence and predict results using a neural network.

The script can generate HTML to display the drift factor, prediction results, and probability measurements.

Innovation Award
PHP Programming Innovation award nominee
May 2026
Nominee
Vote
Systems can become unstable due to noise, uncertainty, or other conditions that may appear at the same time.

Artificial intelligence can be used to predict when a system drifts and becomes instable.

This package can show how to simulate systems that can become instable.

It can be used, for instance, to predict upcoming weather storms.

Manuel Lemos
Picture of Christos Drogidis
  Performance   Level  
Name: Christos Drogidis <contact>
Classes: 41 packages by
Country: Greece Greece
Innovation award
Innovation award
Nominee: 24x

Winner: 5x

Instructions

Documentation

Quantum AI JML Visualizer

Visualization of Quantum Decoherence & AI Drift Prediction using Ascoos OS Kernel 1.0.0

License PHP Ascoos OS Category

Overview

This repository contains the quantum-ai-jml-visualizer case study for Ascoos OS Kernel 1.0.0.

It demonstrates how the kernel performs:

  • Quantum simulation (Bell State |?+>, decoherence, Everett branching)
  • Statistical analysis (variance-based drift factor)
  • Neural network prediction (instability detection)
  • JML-based UI rendering (native, zero-dependency HTML generation)

Everything runs natively, without frameworks, without template engines, and without external libraries.

Features

  • Quantum state normalization & unitary evolution
  • Decoherence simulation using ?-parameter
  • Z-basis measurement with branching probabilities
  • Variance-based drift analysis
  • Neural network training & prediction (ReLU + Sigmoid)
  • JML dashboard rendering (dark mode, responsive grid)
  • Zero dependencies ? powered entirely by Ascoos OS Kernel

File Structure

/quantum-ai-jml-visualizer
?
??? quantum_ai_jml_visualizer.php   # Main case study file
??? LICENSE.md                      # AGL-F License
??? README.md                       # English documentation
??? README-GR.md                    # Greek documentation

Running the Case Study

Requires:

  • PHP 8.4+
  • Ascoos OS Kernel 1.0.0

Run:

php quantum_ai_jml_visualizer.php

The script outputs a fully rendered HTML dashboard generated from JML.

Quantum Logic (Snippet)

$bellState = $quantum->normalize([
    [0.707, 0.0], [0.0, 0.0],
    [0.0, 0.0],   [0.707, 0.0]
]);

$lambda = 0.75;
$U = $math->tensor($I, $D);
$noisyState = $quantum->normalize(
    $quantum->applyUnitary($U, $bellState)
);

Drift Analysis (Snippet)

$driftFactor = (new TStatisticAnalysisHandler([
    $branchesZ[0]['probability'],
    $branchesZ[1]['probability']
]))->variance();

AI Prediction (Snippet)

$ai->compile([
    ['input'=>1,'output'=>4,'activation'=>'relu'],
    ['input'=>4,'output'=>1,'activation'=>'sigmoid']
]);

$ai->fit([[$driftFactor]], [($driftFactor > 0.2 ? 1 : 0)], epochs:100);
$prediction = $ai->predictNetwork([[$driftFactor]])[0];

JML Dashboard (Snippet)

div:class('status-bar'),style('background:{$statusColor}') {
    `STATUS: {$statusText}`
}

The kernel converts this JML into HTML automatically.

License

This project is licensed under the AGL-F License.

Author

Drogidis Christos Creator of Ascoos OS https://www.ascoos.com


  Files folder image Files (4)  
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Accessible without login Plain text file LICENSE.md Lic. License text
Accessible without login Plain text file quantum_ai_jml_visualizer.php Appl. Application script
Accessible without login Plain text file README-EL.md Doc. Documentation
Accessible without login Plain text file README.md Doc. Documentation

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