“…In a scalable, multi-purpose SDL, we will likely want also to automate assembly steps. If using the carts of Section 3.7, we can do this by employing tractor robots to relocate carts, automated locking mechanisms to attach carts to each other, and camera detection of fiducial markers 52,53 (or force feedback on physical fiducials 6 ) to refine module positions.…”
Advances in robotic automation, high-performance computing, and artificial intelligence encourage us to propose large, general-purpose science factories with the scale needed to tackle large discovery problems and to support thousands of scientists.
“…In a scalable, multi-purpose SDL, we will likely want also to automate assembly steps. If using the carts of Section 3.7, we can do this by employing tractor robots to relocate carts, automated locking mechanisms to attach carts to each other, and camera detection of fiducial markers 52,53 (or force feedback on physical fiducials 6 ) to refine module positions.…”
Advances in robotic automation, high-performance computing, and artificial intelligence encourage us to propose large, general-purpose science factories with the scale needed to tackle large discovery problems and to support thousands of scientists.
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