ATLANT 3D Teams Up with NUS for AI-Driven Materials Discovery in Singapore
In a landmark collaboration, ATLANT 3D has signed a Memorandum of Understanding (MOU) with the Institute for Functional Intelligent Materials (I-FIM) at the National University of Singapore (NUS). This partnership aims to establish a cutting-edge, AI-driven materials discovery foundry located within NUS's robotic research laboratory at CREATE (Campus for Research Excellence and Technological Enterprise).
The developed foundry is set to leverage ATLANT 3D's innovative Direct Atomic Layer Processing (DALP®) technology along with its NANOFABRICATOR® platform, which will serve as a pivotal synthesis platform within I-FIM’s advanced robotic materials hub. This initiative is backed by the National Research Foundation, Singapore’s commitment to enhancing its AI for Science Programme which focuses on advancing scientific research through automation and artificial intelligence.
This unique foundry will facilitate numerous workflows including automated synthesis, experimentation, and data generation, thus serving as an invaluable resource for researchers affiliated with the participating programs. Particular emphasis will be placed on fields such as two-dimensional materials and nanoelectronics, semiconductor packaging, quantum materials, catalytic material discovery, and photonics. The vision is clear: to connect atomic-scale manufacturing with AI-driven materials research seamlessly, thereby creating a future model for self-operating laboratories.
Dr. Maksym Plakhotnyuk, CEO and Founder of ATLANT 3D, expressed the significance of this collaboration. He stated, "An AI-driven materials discovery foundry in Singapore represents our vision for what becomes possible when atomic-scale manufacturing and AI are deeply integrated. Singapore is one of the world's most forward-thinking environments for deep-tech and AI-for-science materials discovery, and we are excited to pursue this with NUS."
Adding to this excitement, Professor Sir Kostya S. Novoselov from I-FIM remarked, "We are thrilled to partner with ATLANT 3D in harnessing new capabilities in atomic-scale fabrication. The ability to fabricate and test novel material combinations with atomic precision will accelerate experimental studies and open new avenues of research. Integrating advanced fabrication platforms into our AI-driven workflows at NUS I-FIM is a step forward in advancing materials science."
This initiative not only highlights the potential of AI in facilitating advanced research paradigms but also reinforces Singapore's reputation as a global leader in deep-tech innovation. By fusing atomic-scale manufacturing with AI capabilities, the collaboration sets a precedent for future research infrastructures that could reshape the landscape of materials science and engineering. Researchers across various sectors can look forward to tapping into this advanced facility to drive forward innovative discoveries and applications in materials development.
As ATLANT 3D and NUS forge ahead, the implications of their partnership promise significant advancements in our understanding and application of intelligent materials, potentially impacting various industries ranging from electronics to healthcare. With ongoing work under the National Research Foundation, the future of materials science seems not only bright but also extraordinarily transformative.
The developed foundry is set to leverage ATLANT 3D's innovative Direct Atomic Layer Processing (DALP®) technology along with its NANOFABRICATOR® platform, which will serve as a pivotal synthesis platform within I-FIM’s advanced robotic materials hub. This initiative is backed by the National Research Foundation, Singapore’s commitment to enhancing its AI for Science Programme which focuses on advancing scientific research through automation and artificial intelligence.
This unique foundry will facilitate numerous workflows including automated synthesis, experimentation, and data generation, thus serving as an invaluable resource for researchers affiliated with the participating programs. Particular emphasis will be placed on fields such as two-dimensional materials and nanoelectronics, semiconductor packaging, quantum materials, catalytic material discovery, and photonics. The vision is clear: to connect atomic-scale manufacturing with AI-driven materials research seamlessly, thereby creating a future model for self-operating laboratories.
Dr. Maksym Plakhotnyuk, CEO and Founder of ATLANT 3D, expressed the significance of this collaboration. He stated, "An AI-driven materials discovery foundry in Singapore represents our vision for what becomes possible when atomic-scale manufacturing and AI are deeply integrated. Singapore is one of the world's most forward-thinking environments for deep-tech and AI-for-science materials discovery, and we are excited to pursue this with NUS."
Adding to this excitement, Professor Sir Kostya S. Novoselov from I-FIM remarked, "We are thrilled to partner with ATLANT 3D in harnessing new capabilities in atomic-scale fabrication. The ability to fabricate and test novel material combinations with atomic precision will accelerate experimental studies and open new avenues of research. Integrating advanced fabrication platforms into our AI-driven workflows at NUS I-FIM is a step forward in advancing materials science."
This initiative not only highlights the potential of AI in facilitating advanced research paradigms but also reinforces Singapore's reputation as a global leader in deep-tech innovation. By fusing atomic-scale manufacturing with AI capabilities, the collaboration sets a precedent for future research infrastructures that could reshape the landscape of materials science and engineering. Researchers across various sectors can look forward to tapping into this advanced facility to drive forward innovative discoveries and applications in materials development.
As ATLANT 3D and NUS forge ahead, the implications of their partnership promise significant advancements in our understanding and application of intelligent materials, potentially impacting various industries ranging from electronics to healthcare. With ongoing work under the National Research Foundation, the future of materials science seems not only bright but also extraordinarily transformative.
Topics General Business）
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