🧠

Memory Implant Visualizer

Experience the future of memory medicine! Control neural implants, encode memories, and restore lost functions - all in your browser!

🤔 What Is Memory Implant Technology?

Think of it like a hearing aid for your memory - it helps restore what was lost!

Memory implants are brain-computer interfaces that can record, decode, and stimulate neural activity to restore or enhance memory function. Currently in clinical trials with 37% improvement rates!

🏥

Alzheimer's Treatment

Restore memories in dementia patients

🎖️

Veteran Care

Help TBI survivors recover function

🧬

Stem Cell Therapy

Regenerate damaged brain tissue

🔬

Research Tool

Understand memory mechanisms

💊

Drug Development

Test new memory treatments

🎓

Future Learning

Enhanced education methods

📝 Create a Memory

⚡ Quick Actions

🎛️ Brain Activity

Neural Activity 70%

Memory Strength 80%

Memory Performance: 85%

Active Neurons: 2.3M

Implant Status: Ready

Brain Region: Hippocampus

🧠 Interested in Medical Tourism?

Explore cutting-edge neurological treatments worldwide!

🏨 Agoda 🛏️ Booking 🌏 Trip.com

✨ Smart Nation's Core Infrastructure: WIA Code ✨

Drone·Robot delivery, autonomous driving, emergency rescue and more!

Learn More About WIA Code

// ========== CORE CONFIGURATION ========== const TOOL_CONFIG = { name: 'Memory Implant Visualizer', category: 'neuroscience', wiaRelated: false }; // ========== ONBOARDING MANAGER ========== const OnboardingManager = { currentDifficulty: 'beginner', isFirstVisit: !localStorage.getItem('memory_implant_visited'), achievements: JSON.parse(localStorage.getItem('memory_implant_achievements') || '[]'), tutorialSteps: [ { target: 'memoryInput', title: '📝 Create Your First Memory', text: 'Type something you want to remember here!', position: 'bottom' }, { target: 'quickStart', title: '⚡ Quick Actions', text: 'Try these buttons to see different brain states!', position: 'right' }, { target: 'brainCanvas', title: '🧠 Brain Visualization', text: 'Watch neural activity in real-time here!', position: 'left' }, { target: 'aiBtn', title: '✨ AI Assistant', text: 'Get help anytime from our AI guide!', position: 'top' } ], currentStep: 0, init() { if (this.isFirstVisit) { setTimeout(() => { document.getElementById('onboardingModal').classList.add('show'); }, 1000); } }, startTutorial() { document.getElementById('onboardingModal').classList.remove('show'); document.getElementById('tutorialOverlay').style.display = 'block'; this.showStep(0); }, showStep(stepIndex) { if (stepIndex >= this.tutorialSteps.length) { this.endTutorial(); return; } const step = this.tutorialSteps[stepIndex]; const target = document.getElementById(step.target); if (target) { const rect = target.getBoundingClientRect(); const highlight = document.getElementById('tutorialHighlight'); const tooltip = document.getElementById('tutorialTooltip'); // Position highlight highlight.style.left = rect.left - 5 + 'px'; highlight.style.top = rect.top - 5 + 'px'; highlight.style.width = rect.width + 10 + 'px'; highlight.style.height = rect.height + 10 + 'px'; // Position tooltip let tooltipTop = rect.bottom + 20; let tooltipLeft = rect.left + (rect.width / 2) - 150; if (step.position === 'top') { tooltipTop = rect.top - 150; } else if (step.position === 'left') { tooltipLeft = rect.left - 320; tooltipTop = rect.top; } else if (step.position === 'right') { tooltipLeft = rect.right + 20; tooltipTop = rect.top; } tooltip.style.left = tooltipLeft + 'px'; tooltip.style.top = tooltipTop + 'px'; // Update content document.getElementById('tutorialTitle').textContent = step.title; document.getElementById('tutorialText').textContent = step.text; } this.currentStep = stepIndex; }, nextStep() { this.showStep(this.currentStep + 1); }, endTutorial() { document.getElementById('tutorialOverlay').style.display = 'none'; localStorage.setItem('memory_implant_visited', 'true'); this.unlockAchievement('tutorial_complete', '🎓 Tutorial Master', 'Completed the guided tour!'); }, unlockAchievement(id, title, description) { if (this.achievements.includes(id)) return; this.achievements.push(id); localStorage.setItem('memory_implant_achievements', JSON.stringify(this.achievements)); const toast = document.createElement('div'); toast.className = 'achievement-toast'; toast.innerHTML = `

🏆

${title}

${description}

`; document.body.appendChild(toast); setTimeout(() => { toast.remove(); }, 5000); } }; // ========== BRAIN SIMULATOR ========== class BrainSimulator { constructor(canvasId) { this.canvas = document.getElementById(canvasId); this.ctx = this.canvas.getContext('2d'); this.neurons = []; this.synapses = []; this.engrams = []; this.implantActive = false; this.memories = []; this.performance = 85; this.activeNeurons = 2300000; this.init(); } init() { this.resizeCanvas(); window.addEventListener('resize', () => this.resizeCanvas()); // Create neurons for (let i = 0; i < 100; i++) { this.neurons.push({ x: Math.random() * this.canvas.width, y: Math.random() * this.canvas.height, active: Math.random() > 0.7, radius: 2 + Math.random() * 3, pulsePhase: Math.random() * Math.PI * 2 }); } // Create synapses for (let i = 0; i < 50; i++) { const n1 = Math.floor(Math.random() * this.neurons.length); const n2 = Math.floor(Math.random() * this.neurons.length); if (n1 !== n2) { this.synapses.push({ from: n1, to: n2, strength: Math.random() }); } } this.animate(); } resizeCanvas() { const rect = this.canvas.getBoundingClientRect(); this.canvas.width = rect.width; this.canvas.height = rect.height; } animate() { this.ctx.fillStyle = 'rgba(26, 26, 46, 0.1)'; this.ctx.fillRect(0, 0, this.canvas.width, this.canvas.height); // Draw synapses this.synapses.forEach(synapse => { const n1 = this.neurons[synapse.from]; const n2 = this.neurons[synapse.to]; this.ctx.beginPath(); this.ctx.moveTo(n1.x, n1.y); this.ctx.lineTo(n2.x, n2.y); this.ctx.strokeStyle = `rgba(0, 188, 212, ${synapse.strength * 0.3})`; this.ctx.lineWidth = synapse.strength * 2; this.ctx.stroke(); }); // Draw neurons this.neurons.forEach(neuron => { neuron.pulsePhase += 0.05; const pulse = Math.sin(neuron.pulsePhase) * 0.5 + 0.5; this.ctx.beginPath(); this.ctx.arc(neuron.x, neuron.y, neuron.radius + pulse * 2, 0, Math.PI * 2); if (neuron.active) { this.ctx.fillStyle = this.implantActive ? '#4CAF50' : '#FFD700'; this.ctx.shadowBlur = 10; this.ctx.shadowColor = this.implantActive ? '#4CAF50' : '#FFD700'; } else { this.ctx.fillStyle = '#4A5568'; this.ctx.shadowBlur = 0; } this.ctx.fill(); }); // Draw engrams this.engrams.forEach(engram => { this.ctx.beginPath(); this.ctx.arc(engram.x, engram.y, 20, 0, Math.PI * 2); this.ctx.fillStyle = 'rgba(255, 107, 107, 0.3)'; this.ctx.fill(); }); requestAnimationFrame(() => this.animate()); } encodeMemory(text) { // Create engram cluster const centerX = this.canvas.width / 2 + (Math.random() - 0.5) * 100; const centerY = this.canvas.height / 2 + (Math.random() - 0.5) * 100; this.engrams.push({ x: centerX, y: centerY, memory: text }); // Activate nearby neurons this.neurons.forEach(neuron => { const dist = Math.sqrt(Math.pow(neuron.x - centerX, 2) + Math.pow(neuron.y - centerY, 2)); if (dist < 100) { neuron.active = true; } }); this.memories.push(text); this.updateStats(); } retrieveMemory() { // Simulate retrieval by reactivating engrams this.engrams.forEach(engram => { this.neurons.forEach(neuron => { const dist = Math.sqrt(Math.pow(neuron.x - engram.x, 2) + Math.pow(neuron.y - engram.y, 2)); if (dist < 100) { neuron.active = true; } }); }); return this.memories[this.memories.length - 1] || 'No memory encoded'; } simulateAlzheimer() { // Reduce active neurons and break synapses this.neurons.forEach(neuron => { if (Math.random() > 0.3) { neuron.active = false; } }); this.synapses = this.synapses.filter(() => Math.random() > 0.5); this.performance = 35; this.activeNeurons = 800000; this.updateStats(); } applyImplant() { this.implantActive = true; // Restore some function this.neurons.forEach(neuron => { if (Math.random() > 0.5) { neuron.active = true; } }); // Add new synapses for (let i = 0; i < 20; i++) { const n1 = Math.floor(Math.random() * this.neurons.length); const n2 = Math.floor(Math.random() * this.neurons.length); if (n1 !== n2) { this.synapses.push({ from: n1, to: n2, strength: 0.8 }); } } this.performance = Math.min(100, this.performance + 37); // DARPA's 37% improvement this.activeNeurons = Math.min(2500000, this.activeNeurons + 700000); this.updateStats(); } updateStats() { document.getElementById('performanceStat').textContent = this.performance + '%'; document.getElementById('neuronsStat').textContent = (this.activeNeurons / 1000000).toFixed(1) + 'M'; document.getElementById('implantStat').textContent = this.implantActive ? 'Active' : 'Ready'; } } // ========== GLOBAL FUNCTIONS ========== let brainSim; function startTutorial() { OnboardingManager.startTutorial(); } function skipTutorial() { document.getElementById('onboardingModal').classList.remove('show'); localStorage.setItem('memory_implant_visited', 'true'); } function nextTutorialStep() { OnboardingManager.nextStep(); } function endTutorial() { OnboardingManager.endTutorial(); } function setDifficulty(level) { OnboardingManager.currentDifficulty = level; // Update UI document.querySelectorAll('.difficulty-btn').forEach(btn => { btn.classList.remove('active'); }); event.target.classList.add('active'); // Show/hide controls if (level === 'beginner') { document.getElementById('advancedControls').classList.add('hidden'); document.getElementById('expertControls').classList.add('hidden'); } else if (level === 'intermediate') { document.getElementById('advancedControls').classList.remove('hidden'); document.getElementById('expertControls').classList.add('hidden'); } else { document.getElementById('advancedControls').classList.remove('hidden'); document.getElementById('expertControls').classList.remove('hidden'); } OnboardingManager.unlockAchievement('difficulty_' + level, '🎯 ' + level.charAt(0).toUpperCase() + level.slice(1) + ' Mode', 'Switched to ' + level + ' difficulty!'); } function encodeMemory() { const input = document.getElementById('memoryInput').value.trim(); if (!input) { alert('Please enter something to remember!'); return; } brainSim.encodeMemory(input); document.getElementById('retrieveBtn').disabled = false; OnboardingManager.unlockAchievement('first_memory', '🧠 Memory Architect', 'Encoded your first memory!'); showOTA(); } function retrieveMemory() { const memory = brainSim.retrieveMemory(); alert('Retrieved Memory: ' + memory); OnboardingManager.unlockAchievement('memory_retrieval', '🔍 Memory Detective', 'Successfully retrieved a memory!'); } function simulateHealthyBrain() { location.reload(); // Reset to healthy state } function simulateAlzheimer() { brainSim.simulateAlzheimer(); OnboardingManager.unlockAchievement('alzheimer_sim', '🔬 Disease Researcher', 'Simulated Alzheimer\'s disease!'); } function applyImplant() { brainSim.applyImplant(); OnboardingManager.unlockAchievement('implant_applied', '💚 Implant Pioneer', 'Applied a memory implant!'); } function updateActivity(value) { document.getElementById('activityValue').textContent = value + '%'; } function updateStrength(value) { document.getElementById('strengthValue').textContent = value + '%'; } function updateFrequency(value) { document.getElementById('frequencyValue').textContent = value + ' Hz'; } function updateAmplitude(value) { document.getElementById('amplitudeValue').textContent = value + ' mA'; } function runMIMOModel() { alert('Running Multi-Input Multi-Output model...\nPredicting CA1 output from CA3 input patterns!'); OnboardingManager.unlockAchievement('mimo_expert', '📊 MIMO Master', 'Ran the MIMO computational model!'); } function applyStemCells() { alert('Applying mesenchymal stem cells...\nReducing inflammation and promoting neurogenesis!'); brainSim.performance = Math.min(100, brainSim.performance + 20); brainSim.updateStats(); OnboardingManager.unlockAchievement('stem_cell_therapy', '🧬 Regeneration Expert', 'Applied stem cell therapy!'); } function showEngrams() { alert('Visualizing memory engrams...\nShowing distributed neural ensembles across brain regions!'); OnboardingManager.unlockAchievement('engram_viewer', '✨ Engram Explorer', 'Visualized memory engrams!'); } function showOTA() { const otaContainer = document.getElementById('otaContainer'); if (otaContainer.style.display === 'none' || !otaContainer.style.display) { otaContainer.style.display = 'block'; } } // ========== INITIALIZATION ========== document.addEventListener('DOMContentLoaded', function() { // Initialize brain simulator brainSim = new BrainSimulator('brainCanvas'); // Initialize onboarding OnboardingManager.init(); // Add enter key support document.getElementById('memoryInput').addEventListener('keypress', function(e) { if (e.key === 'Enter') { encodeMemory(); } }); // Simple AI modal handler (simplified for space) document.getElementById('aiBtn').addEventListener('click', function() { alert('🤖 AI Assistant\n\nAsk me anything about:\n• How memory implants work\n• Alzheimer\'s treatment options\n• Stem cell therapy\n• The hippocampus and memory\n• Ethical considerations\n\nTry ChatGPT, Claude, or Gemini for detailed help!'); }); });