Developing 3D Brain Models to Detect Tumors

Zeineb shares progress on her model, discussing recent experiments and how she’s refining the system while evaluating results as the project moves forward.

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Feb 10, 2026

The Hardest Part of Medical AI — 3D Reconstruction

This 3D tumor visualization looks impressive, this system works. But more importantly, it fails loudly when it should.

Inside the Lab

Feb 10, 2026

The Hardest Part of Medical AI — 3D Reconstruction

This 3D tumor visualization looks impressive, this system works. But more importantly, it fails loudly when it should.

Inside the Lab

Feb 4, 2026

Building a Medical AI That Doesn't Lie

A brain tumor detection AI that shows its work, expresses uncertainty, and fails loudly when it's not confident.

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Feb 4, 2026

Building a Medical AI That Doesn't Lie

A brain tumor detection AI that shows its work, expresses uncertainty, and fails loudly when it's not confident.

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Jan 22, 2026

Fine-Tuning, Medical LLMs, and Clinical Alignment

Zeineb improves AutoScanAI through fine-tuning and adds a Medical LLM Explainer to deliver robust, clinically interpretable, WHO-aware AI outputs.

Inside the Lab

Jan 22, 2026

Fine-Tuning, Medical LLMs, and Clinical Alignment

Zeineb improves AutoScanAI through fine-tuning and adds a Medical LLM Explainer to deliver robust, clinically interpretable, WHO-aware AI outputs.

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Jan 21, 2026

Designing Medical AI Without Oversimplifying Reality

Zeineb explains the motivation and design behind AutoScanAI, a clinically grounded medical AI system built for early brain tumor detection using MRI data

Inside the Lab

Jan 21, 2026

Designing Medical AI Without Oversimplifying Reality

Zeineb explains the motivation and design behind AutoScanAI, a clinically grounded medical AI system built for early brain tumor detection using MRI data

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