PyMOL in Simulated Reality
Video shot by camera. No special effects used.
The power of
Put to work.
When it comes to visualization of molecular 3D models, you don’t want anything to get in the way. That’s why our Simulated Reality (SR) display technology eliminated the use for any wearables, uncomfortable headsets and any other gadgets that put a barrier between you and your work.
Natural user experience
Highest hygiene factor
(over other XR technologies)
New Possibilities of Simulated Reality Display Technology.
After decades of working with 3D objects on 2D monitors it no longer makes sense. As display technology has immensely evolved, it can now clearly show to the user dimensions and all critical details of their 3D models that regular 2D displays just can’t capture. -At any angle in a fully natural way without the need of headwear or wearables. Which is an incredible benefit.
Discuss how molecular visualisation in Simulated Reality can be an effective solution for your sector.
Full 3D Look-around without wearables.
Patented switchable display technology.
SR Core eye-tracking technology uses vision sensors and face recognition algorithms to enable super high precision spatial reality experiences, which give the user a full look-around view of the 3D object from all angles.
With a resolution up to 8K in 60 fps, Simulated Reality will turn any content into the most natural and fluent immersive experience displaying 3D visuals with an unbelievable depth and realism for the first time like never before.
Groove alignment in patented switchable liquid crystal lens technology allow the user to easily switch between 2D and 3D views, making it possible set the screen to native display resolution or switch to full immersion.
Turn complex models into easy to understand presentations.
For structural biologists and computational modelers, annotating and manipulating structures with conventional two-dimensional molecular graphics software is routine. However, presenting this data in a format suitable to present and engage non-expert scientists is challenging.
The Simulated Reality solution won't break existing workflows and is expanding across various sectors where it will play an increasing role in scientific fields where real space access is limited because of scale or complexity.
Eye Sensing Technology.
The unique SR Core eye-sensing technology uses high-speed vision sensors and face tracking algorithms to enable super immersive and natural experiences that are far beyond conventional 3D displays on the market.
SR Core technology allows the user to look around any virtual object like never possible before.