This project solved a major problem in visualization...

The Challenge

Rendering 10,000 data points in real-time...

This is exactly why experiments like HIBEAM at the European Spallation Source require multi-layer Mu-metal shielding. We aren't just fighting background noise; we are fighting the environment's tendency to force the universe to "choose" a state. By creating the most magnetically pristine vacuum on Earth, we might just catch matter looking in the mirror.

This is exactly why experiments like HIBEAM at the European Spallation Source require multi-layer Mu-metal shielding. We aren't just fighting background noise; we are fighting the environment's tendency to force the universe to "choose" a state. By creating the most magnetically pristine vacuum on Earth, we might just catch matter looking in the mirror.

This is exactly why experiments like HIBEAM at the European Spallation Source require multi-layer Mu-metal shielding. We aren't just fighting background noise; we are fighting the environment's tendency to force the universe to "choose" a state. By creating the most magnetically pristine vacuum on Earth, we might just catch matter looking in the mirror.

This is exactly why experiments like HIBEAM at the European Spallation Source require multi-layer Mu-metal shielding. We aren't just fighting background noise; we are fighting the environment's tendency to force the universe to "choose" a state. By creating the most magnetically pristine vacuum on Earth, we might just catch matter looking in the mirror.

This is exactly why experiments like HIBEAM at the European Spallation Source require multi-layer Mu-metal shielding. We aren't just fighting background noise; we are fighting the environment's tendency to force the universe to "choose" a state. By creating the most magnetically pristine vacuum on Earth, we might just catch matter looking in the mirror.