We generate bespoke Ultrasound simulations tailored to your exact preferences using proprietary Physics-Informed Neural Networks (PINN).
The Next Evolution in Medical Imaging
Unlike standard GANs or simplistic generative models, our approach respects the laws of physics. We don't just "imagine" a brain; we simulate it.
Our neural networks are governed by partial differential equations representing wave propagation and tissue mechanics. This ensures every generated MRI or Ultrasound is physically plausible. Including artifacts that are visible in real-world operations and prodecures.
No one else offers this. You define the pathology, the anatomy, and the imaging parameters. We create a completely new, synthetic brain model from scratch to match your specific requirements.
From T1/T2 weighted MRI scans to complex Ultrasound wave simulations. Our PINN architecture handles multi-physics domains seamlessly.
Traditional datasets are static and limited. NeuroSonic allows you to generate infinite variations of brain data for research, device testing, or educational purposes.
Select tumor location, tissue density, age profiles, or specific neurological conditions.
Our engine solves the governing physics equations to grow the anatomy and simulate the imaging physics.
Download DICOM-compatible MRI scans or raw Ultrasound RF data.