LabMind
Cognitive OS · Live

The AI Operating System for Experimental Science

LabMind observes, diagnoses, and coaches scientific thinking in real time — combining virtual laboratories, process mining, and multi-agent AI cognition analytics.

AI Agents
12
Cognition Index
94.2%
+8.3%
Active Labs
847
LABMIND.CORE v2.4

Reasoning Engine

Analyzing...

Process Miner

Mapping...

Coach Agent

Active...

> Detected strong hypothesis formation pattern. Variable isolation score: 91.6%. Recommend controlled experiment design.

Module 01

Experiment Selection

Choose from precision-engineered virtual experiments. Each module deploys dedicated AI agents for real-time scientific reasoning diagnosis.

Module 02

3D Virtual Laboratory

Immersive experimental environments with cinematic lighting. AI agents observe every interaction, instrument configuration, and procedural decision.

VIRTUAL_LAB_ENV_03
SpectrometerSample ChamberLaser SourceDetector ArrayControl Unit
TEMP

23.4°C

PRESSURE

1.013 bar

SIGNAL

0.847 V

Environment Status

Simulation Fidelity
99.2%
Active Instruments
3/ 5
AI Observers
4

Live Coach Feed

Instrument calibration detected before measurement. Strong procedural adherence — continue with controlled variable adjustment.

Module 03

Real-Time AI Cognition Analysis

Multi-dimensional scientific thinking diagnosis. The cognition engine maps reasoning patterns, hypothesis formation, and evidence evaluation in real time.

COGNITION_STREAM · SYNCINGActive
Scientific Reasoning
87.4/ 100
Hypothesis Quality
82.1/ 100
Variable Control
91.6/ 100
Data Interpretation
78.9/ 100

AI Coach Diagnosis

Strong causal reasoning detected. Consider isolating confounding variables in Step 4 before drawing conclusions.

Reasoning Trace

01Hypothesis: wavelength affects interference pattern
02Controlled: slit separation held constant
03Observation: fringe spacing inversely proportional
04Inference: supports wave theory prediction
Module 04

Process Mining Dashboard

Extract, map, and analyze experimental workflows. Discover bottlenecks, procedural deviations, and cognitive decision patterns across every lab session.

Total Steps
6
Session Duration
123sec
Efficiency Score
88.4%
+12.1%
PROCESS_MAP · LOADING
STEP 0112.4s

Hypothesis Formation

STEP 028.9s

Variable Identification

STEP 0322.1s

Apparatus Configuration

STEP 0445.6s

Data Collection

STEP 0515.3s

Pattern Recognition

STEP 0618.7s

Conclusion Synthesis

Bottleneck Detected

Data Collection phase consumed 42% of total session time. Consider pre-configuring instrument parameters to reduce setup overhead.

Optimization Insight

Cognitive steps show 23% faster completion vs. action steps. Strong analytical profile — recommend advanced hypothesis testing modules.

Module 05

AI Report Forge

Automatically synthesized scientific reports combining cognition analytics, process mining insights, and experimental outcomes into investor-grade documentation.

Quantum Optics — Session Analysis

experiment summaryMay 30, 2026
completed

Demonstrated advanced wave-particle reasoning. Hypothesis formulation scored in top 8% of cohort. Recommended: explore decoherence effects.

Cognitive Profile — Weekly Digest

cognitive profileMay 29, 2026
completed

Reasoning index improved 12.3% over 7 days. Variable control remains strongest dimension. Data interpretation shows growth opportunity.

Process Mining — Workflow Audit

process auditMay 30, 2026
generating

Analyzing 847 procedural events across 12 sessions...

Syncing reports from Supabase...

Generate New Report

Forge a comprehensive analysis from your latest experimental session data, cognition metrics, and process mining workflow.

Module 06

Experimental Analytics

Longitudinal cognition tracking, experiment completion metrics, and predictive analytics for scientific reasoning development.

Total Sessions
47
Avg Reasoning
87.4
Completed
12
Growth Rate
+12.3%

Cognition Trend — 7 Day

SYNCING
Mon72
Tue78
Wed81
Thu85
Fri87
Sat89
Sun91
Hypothesis Formation+5.2%
91/100
Experimental Design+3.8%
84/100
Evidence Evaluation+8.1%
79/100