The initiative leverages ATLANT 3D’s proprietary Direct Atomic Layer Processing (DALP) and NANOFABRICATOR platform, which allow for material deposition with atomic precision. By embedding this technology within the Berkeley Emerging Technologies Research (BETR) Center, the partnership intends to create a closed-loop environment where students and researchers can validate material variations in real-time. This model mirrors the company’s existing facility in Denmark, emphasizing a workflow that connects entrepreneurship, academic research, and industrial scaling.

Prof. Ramesh of UC Berkeley noted that physical validation is often the primary bottleneck in device development. By introducing programmable manufacturing directly into the research cycle, the team expects to shorten the timeline between theoretical discovery and functional hardware. Dr. Maksym Plakhotnyuk, CEO of ATLANT 3D, described the effort as a move toward a "Physical AI Infrastructure for Matter," where digital predictions are automatically transformed into testable physical samples. The collaboration focuses on training the next generation of scientists while building the foundational tools required for rapid, data-backed materials innovation.