ROME — It’s an event that seeks to provide a platform where researchers, industry experts, policymakers, and academics can come together to exchange ideas, explore collaborative opportunities, and accelerate the development of quantum technologies on a global scale. The 5th annual Quantum for International (Q4I) workshop, a technical networking event aimed at “fostering collaboration and […]
ROME — It’s an event that seeks to provide a platform where researchers, industry experts, policymakers, and academics can come together to exchange ideas, explore collaborative opportunities, and accelerate the development of quantum technologies on a global scale.
The 5th annual Quantum for International (Q4I) workshop, a technical networking event aimed at “fostering collaboration and innovation in the field of quantum technology.”
As the global race for quantum-technology advancement unfolds, international cooperation and knowledge sharing have become “crucial to harnessing its full potential.”
Q4I is held every year in the Mohawk Valley region. For the past three years, Griffiss Institute’s Innovare Advancement Center in Rome has hosted the event, with this year’s program held in Oneida County’s recently completed SkyDome between June 27 and June 29.
Griffiss Institute describes itself as a “leading nonprofit talent and technology development organization at the forefront of emerging technologies.”
“The Quantum for International (Q4I) Workshop provides a platform for global collaboration in quantum technology,” Michael Hayduk, deputy director of the Air Force Research Laboratory Information Directorate, said. “We believe that by fostering knowledge exchange and networking among top minds in the field, we can accelerate the development of quantum technologies that will revolutionize industries worldwide.”
The Q4I workshop included a series of presentations, panel discussions, and interactive sessions led by experts in the field of quantum-information science. Attendees learned about the latest advancements in quantum computing, quantum communication, quantum sensing, and quantum algorithms.
The workshop also focused on the practical applications of quantum technology across various industries, such as health care, finance, cybersecurity, and energy.
“We are delighted to host the Quantum for International (Q4I) Workshop and bring together international collaborators in quantum technology,” Heather Hage, president and CEO at Griffiss Institute, said. “This workshop represents a unique opportunity to foster collaboration, share knowledge, and catalyze advancements in quantum technology that will shape the future of industries worldwide.”
The Q4I workshop provided an environment for networking, allowing participants to connect with potential collaborators, industry leaders, and government representatives from the U.S. Department of Defense, National Science Foundation, and other agencies. Attendees showcased their research findings, demonstrated their quantum-technology solutions, and got involved in “insightful discussions that drive innovation.”
The Q4I workshop also addressed the ethical and security implications of quantum technology. Experts explored the challenges and potential risks associated with the widespread adoption of quantum technologies and discuss strategies to “ensure its responsible development.”
About SkyDome
SkyDome is the nation’s largest indoor anechoic chambered uncrewed aircraft system (UAS) experimentation facility, described as a “transformational” investment in Oneida County’s UAS test site. It provides year-round, indoor testing of advanced drone technologies, including artificial intelligence-based flight controls and autonomous swarms of small drones, per the Oneida County website.
Oneida County created and developed the $13 million project. The county contributed $4 million, supported by a $4.5 million grant from the CNY Rising Upstate Revitalization Initiative (URI) and $4.5 million grant from the Mohawk Valley URI.
New York State Senator Joseph Griffo (R–Rome) also secured a $950,000 grant for the facility.