Nexus runs 400 times more operational per second when it was launched in 2026
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Big breakthrough artificial intelligence Additionally, high performance computing is ongoing and comes from Georgia Tech.
Supported by a $20 million investment from the National Science Foundation (NSF), the university is building a supercomputer called the Nexus. It is expected to go online in spring 2026.
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Google Signs 200 MW Fusion Energy Deal Strengthen AI for the Future
Georgia Tech also houses a powerful Pace Hive Gateway Supercomputer. (Georgia Institute of Technology)
Nexus SuperComputer offers AI speed and power
This system It’s fast. We speak really fast. The Nexus collides with over 400 PetaFlops performance. This means you can perform 400 times more operations per second. Looking at it, it’s like giving everyone on earth the ability to solve 50 million mathematics problems at the same time. But speed isn’t the only headline here. The designers have built the Nexus specifically for AI workloads and research that require serious calculation muscles. Scientists can speed up this behind it and tackle complex issues like health, energy, robotics, climate faster than ever.
What is Artificial Intelligence (AI)?
AI architecture drives Nexus from scratch
Nexus is more than just a generic machine with layers of AI added later. Georgia Tech built it from the ground up along with traditional things, with artificial intelligence, machine learning and large-scale data science in mind. High-performance computing needs.
The system features 330 terabytes of memory and 10 petabytes of flash storage. That level of infrastructure is essential for training large AI models, running complex simulations, and managing large datasets that do not fit standard systems.
Speed is an overall priority. The data infrastructure is fully optimized to move information seamlessly between components without bottlenecks. This means that researchers can push the limits of workflows without delaying delays, slow file transfers or lack of memory.
This diagram represents the high-speed data connection and AI-driven architecture at the core of the Nexus Supercomputer. (Georgia Institute of Technology)
The Nexus SuperComputer combines speed and ease of use
While most supercomputers focus solely on raw performance, Nexus takes a more balanced approach. Georgia Tech designs it for both power and ease of use. With its built-in user-friendly interface, scientists don’t have to be low-level systems experts to make complex projects successful.
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Soon, Nexus supports AI workflows, data science pipelines, simulations and long-term science services. This flexibility allows for faster iterations, smoother collaboration, and minimized technical barriers, creating real differences between fields such as biology, chemistry, environmental science, and engineering.
To support both campus innovation and national impact, Georgia Tech has secured 10% of its on-campus systems, while NSF manages wider national access. This hybrid model ensures that Nexus promotes discovery at all levels, from local labs to large-scale research initiatives.
Georgia Institute of Technology Campus Photos (Georgia Institute of Technology)
What does this mean to you?
If you are outside the world of research, the Nexus still affects you. This system supports real life experiences. From drug discovery and vaccine development to building smarter energy systems and improving weather forecasts, a breakthrough with Nexus can make it in your home, hospital, car or city.
If you are a researcher, developer, or engineer, Nexus will change the game. You no longer need to be inside a large Silicon Valley lab to access top-notch AI infrastructure. Whether it’s protein folding, training new algorithms, or simulating complex weather systems, the machine offers tools to make you faster and better.
This isn’t just one machine. It’s about opening access to innovation. More researchers can run more experiments, ask bigger questions, and share ideas across disciplines without being limited to infrastructure. It’s a victory for all of us.
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Important takeouts for your cart
Looking ahead, Nexus really changes the game for scientific research. At the same time, Georgia Tech is taking a bold step. It’s not just about booting up a powerful system. They also invite more voices into the conversation. By opening access and making advanced tools available, researchers accelerate their discovery. They will tackle challenges that once felt out of reach. This collaborative approach could stimulate new breakthroughs. It could also help more people lead the next wave of innovation.
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