The Aureolae Dynamic Gamma-Knife utilises a spinning collimator supplied with an array of low intensity gamma rays which meet at an identical target point in order to remove or adjust tissues, including but not limited to cancerous tissues. This format of gamma-knife allows for utilisation on all parts of the body, with a significantly reduced possibility of radiation damage. The Aureolae DGF is outfitted with many interaction protocols such as multiple touch screens with localised haptic feedback. Touch screen functionality allows for greater precision in controlling the target points to be adjusted by the utlised collimators. Head-tracking may be later implemented to provide are more realistic interface by taking advantage in developments real-time 3D imaging. Control of a procedure itself can be conducted remotely with multi-platform client software. The Aureolae DGF can theoretically be outfitted with a standard wifi-antenna for wireless usage, although security, reliability, and data-speeds are of concern. Functionality and procedures include: -Zero distortion 3D instant imaging of subject matter using fringe data processing as suggested by S.T. Yau, Harvard University. -Radiation damage is minimised by oscillation of the collimator towards and away from the body, creating different gamma ray entry points on each firing. -Location awareness provided by laser distance tracking. Multiple collimators will be able to target the same subject matter and be controlled at the same time. -Mobile enclosure allows for collimator and device movement during a procedure. -Java-based multi-platform client software provides subject matter property import, allowing for fully automated non-invasive removal and adjustment of tissues, such as tumors.

Aureolae is under patent by Hshieh, 2008 Presentation on Aureolae and functionality: 20 Jan. MMIX | Harvard, Science Building B, 8PM