ATLANT 3D and NUS Team Up to Create a Cutting-Edge AI-Driven Material Discovery Foundry in Singapore
In an exciting development for the field of materials science, ATLANT 3D has partnered with the Institute for Functional Intelligent Materials (I-FIM) at the National University of Singapore (NUS) to establish a groundbreaking shared foundry focused on materials discovery driven by artificial intelligence. This initiative is embedded in Singapore's vision of becoming a global leader in advanced materials research, utilizing state-of-the-art technologies to drive innovation.
The Memorandum of Understanding (MoU) between ATLANT 3D and NUS marks a significant commitment to leverage ATLANT 3D's Direct Atomic Layer Processing (DALP®) technology along with their NANOFABRICATOR® platform. These tools will serve as the central synthesis platform within the NUS I-FIM’s robotic materials center. The collaboration aims to automate synthesis workflows and data generation, thus providing researchers from various participating programs seamless access to cutting-edge technological capabilities.
Areas of focus for this collaboration include two-dimensional materials, nanoelectronics, advanced semiconductor packaging, quantum materials, catalytic material discoveries, and photonics. With the rapid advancement of AI technologies, the potential applications in these fields are boundless, promising to accelerate innovation and allow for a more efficient exploration of materials.
Dr. Maksym Plakhotnyuk, CEO and Founder of ATLANT 3D, stated, "An AI-powered materials discovery foundry in Singapore embodies our vision of the possibilities when atomic-scale manufacturing integrates seamlessly with AI. Singapore is one of the most advanced environments globally for materials discovery through sophisticated technologies and applied AI to science, and we are excited to collaborate with NUS on this project."
Professor Sir Kostya S. Novoselov, from NUS I-FIM, echoed these sentiments, emphasizing the unique capabilities that atomic-scale manufacturing brings to the table. He noted that the ability to fabricate and test innovative material combinations with atomic precision will not only expedite experimental studies but also open up entirely new research avenues. He expressed eagerness to integrate advanced manufacturing platforms into their AI-based workflows.
This initiative is designed to support the National Research Foundation of Singapore’s AI for Science Program, which focuses on building automated laboratories and associated infrastructures. By providing a scalable research framework, both parties envision creating a reference model for autonomous laboratories, bridging atomic-scale manufacturing with AI-driven material discovery, advanced manufacturing research, and collaboration spanning the academic, industrial, and governmental ecosystems.
The strategic location of this initiative within Singapore’s CREATE campus represents a concerted effort to foster excellence in research and technology transfer. The potential long-term impacts of this collaboration include breakthroughs in material innovation that could influence a wide range of sectors, from electronics to sustainable energy and beyond.
ATLANT 3D stands at the forefront of high-tech innovation in advanced materials, utilizing AI to enhance its manufacturing capabilities at an atomic level. The technology developed by ATLANT 3D gives researchers precision control over materials on an atomic scale, transforming digital material designs into tangible physical forms. This partnership with NUS serves to amplify these efforts, benefitting researchers and industry partners alike as they strive to synthesize and validate next-generation thin-film materials and devices.
Meanwhile, I-FIM is the world’s first institute dedicated to the design, synthesis, and application of functional intelligent materials, making significant strides in the intersection of materials science, artificial intelligence, and nanotechnology. Established on October 7, 2021, at NUS, it continues to attract leading global researchers to spearhead advances in these fields. As they embark on this ambitious venture, both ATLANT 3D and NUS I-FIM herald the beginning of a collaborative journey that could reshape the landscape of material sciences for years to come.
For more information about this pivotal project and the technologies involved, visit atlant3d.com and ifim.nus.edu.sg.
The Memorandum of Understanding (MoU) between ATLANT 3D and NUS marks a significant commitment to leverage ATLANT 3D's Direct Atomic Layer Processing (DALP®) technology along with their NANOFABRICATOR® platform. These tools will serve as the central synthesis platform within the NUS I-FIM’s robotic materials center. The collaboration aims to automate synthesis workflows and data generation, thus providing researchers from various participating programs seamless access to cutting-edge technological capabilities.
Areas of focus for this collaboration include two-dimensional materials, nanoelectronics, advanced semiconductor packaging, quantum materials, catalytic material discoveries, and photonics. With the rapid advancement of AI technologies, the potential applications in these fields are boundless, promising to accelerate innovation and allow for a more efficient exploration of materials.
Dr. Maksym Plakhotnyuk, CEO and Founder of ATLANT 3D, stated, "An AI-powered materials discovery foundry in Singapore embodies our vision of the possibilities when atomic-scale manufacturing integrates seamlessly with AI. Singapore is one of the most advanced environments globally for materials discovery through sophisticated technologies and applied AI to science, and we are excited to collaborate with NUS on this project."
Professor Sir Kostya S. Novoselov, from NUS I-FIM, echoed these sentiments, emphasizing the unique capabilities that atomic-scale manufacturing brings to the table. He noted that the ability to fabricate and test innovative material combinations with atomic precision will not only expedite experimental studies but also open up entirely new research avenues. He expressed eagerness to integrate advanced manufacturing platforms into their AI-based workflows.
This initiative is designed to support the National Research Foundation of Singapore’s AI for Science Program, which focuses on building automated laboratories and associated infrastructures. By providing a scalable research framework, both parties envision creating a reference model for autonomous laboratories, bridging atomic-scale manufacturing with AI-driven material discovery, advanced manufacturing research, and collaboration spanning the academic, industrial, and governmental ecosystems.
The strategic location of this initiative within Singapore’s CREATE campus represents a concerted effort to foster excellence in research and technology transfer. The potential long-term impacts of this collaboration include breakthroughs in material innovation that could influence a wide range of sectors, from electronics to sustainable energy and beyond.
ATLANT 3D stands at the forefront of high-tech innovation in advanced materials, utilizing AI to enhance its manufacturing capabilities at an atomic level. The technology developed by ATLANT 3D gives researchers precision control over materials on an atomic scale, transforming digital material designs into tangible physical forms. This partnership with NUS serves to amplify these efforts, benefitting researchers and industry partners alike as they strive to synthesize and validate next-generation thin-film materials and devices.
Meanwhile, I-FIM is the world’s first institute dedicated to the design, synthesis, and application of functional intelligent materials, making significant strides in the intersection of materials science, artificial intelligence, and nanotechnology. Established on October 7, 2021, at NUS, it continues to attract leading global researchers to spearhead advances in these fields. As they embark on this ambitious venture, both ATLANT 3D and NUS I-FIM herald the beginning of a collaborative journey that could reshape the landscape of material sciences for years to come.
For more information about this pivotal project and the technologies involved, visit atlant3d.com and ifim.nus.edu.sg.
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