Backed by a $50 million commitment in research grants, computational resources, and API access, this initiative aims to accelerate scientific progress and provide students and educators with the tools needed to enhance AI’s sustainability.

The programme brings together institutions across the United States and beyond, including Harvard University, the University of Oxford, Massachusetts Institute of Technology (MIT), Duke University, and Texas A&M University, among others. 

Through this collaboration, OpenAI seeks to create an environment where academic research and AI development intersect, producing innovations that could have wide-ranging impacts across industries.

AI-Driven Research and Innovation

One of the objectives of NextGenAI is to bolster AI in scientific research. The Ohio State University is leveraging AI to boost multiple sectors, including digital health, energy, manufacturing, and agriculture. 

Meanwhile, researchers at Harvard University and Boston Children’s Hospital are using AI to expedite the diagnosis process for patients with rare diseases and refine AI’s role in medical decision-making.

Duke University, on the other hand, is focusing on metascience research—studying how AI can optimise the scientific process itself.

“Ohio State is at the forefront of a multidisciplinary approach to the benefits of AI, significantly impacting both research and education. We are excited to join OpenAI and this elite research partnership, which will enable us to drive even more groundbreaking discoveries and advancements in medicine, manufacturing, computing, and beyond,” said Peter J. Mohler, executive vice president for Research, Innovation, and Knowledge at The Ohio State University.

Beyond research, NextGenAI is designed to prepare students and educators for an AI-driven world. Texas A&M University has launched the Generative AI Literacy Initiative, aimed at training students in responsible AI use. 

Similarly, MIT will leverage OpenAI’s API and computing power to help students develop and fine-tune AI models, while Howard University plans to integrate AI into its curriculum and administrative processes.

Dr. Robert H. Bishop, vice chancellor and dean of the College of Engineering at Texas A&M University, emphasised the importance of this initiative:

“We look forward to collaborating with OpenAI, whose support will enable us to empower our students, researchers, and the broader academic community with cutting-edge knowledge and skills in the rapidly evolving field of generative artificial intelligence.”

AI in Libraries and Universities

AI’s impact is also expanding to historical preservation and public access to knowledge. The University of Oxford’s renowned Bodleian Library is digitising rare texts, using OpenAI’s API to make centuries-old documents searchable for scholars worldwide. 

Similarly, Boston Public Library is employing AI to improve accessibility to public domain materials, ensuring that information is more readily available to diverse audiences.

“This new collaboration marks an exciting step forward, offering fresh opportunities to enrich our research, expand our AI capabilities, and foster skill development. By working together, we can learn from one another, advancing the frontiers of artificial intelligence, understanding its impact on education, and unlocking its vast potential for the benefit of our university community and beyond,” said Anne Trefethen, pro-vice-chancellor, Digital, at the University of Oxford.

Strengthening the Link Between Academia and Industry

Beyond boosting AI research, NextGenAI strengthens the collaboration between academia and industry, ensuring that AI’s benefits extend beyond university labs to libraries, hospitals, and classrooms worldwide. 

According to OpenAI’s Chief Operating Officer, Brad Lightcap, “The field of AI wouldn’t be where it is today without decades of work in the academic community. Continued collaboration is essential to build AI that benefits everyone. NextGenAI will accelerate research progress and catalyze a new generation of institutions equipped to harness the transformative power of AI.”

This initiative follows OpenAI’s earlier launch of ChatGPT Edu in May 2024, which provided universities with access to ChatGPT for academic use. NextGenAI builds on this effort by providing institutions with the necessary resources to drive AI innovation at scale.

This tool, available now to Pro users of ChatGPT, can perform multi-step research on a range of topics, commendably reducing the time it takes to gather and synthesise data from multiple online sources. 

The company states that deep research can complete tasks in minutes, which would typically take hours for a human to do.

This new feature leverages OpenAI’s upcoming o3 model, which is optimised for web browsing and data analysis. Users can prompt the system, and it will scour the internet for relevant text, images, and PDFs, compiling them into comprehensive reports. 

These reports are intended to be detailed and at the level of a research analyst’s work. According to OpenAI, deep research helps in finding hard-to-get information, making it particularly useful for professionals in fields like finance, science, policy, and engineering.

The tool is also intended to assist those who need thorough research for personal or consumer decisions, such as buying appliances or cars. All outputs are well-documented, with clear citations and summaries of the reasoning behind each conclusion, ensuring that users can verify the information.

While the tool has good prospects, OpenAI has acknowledged that it is still in the early stages of development and has limitations. 

For example, deep research may struggle with distinguishing between reliable information and unverified claims, and it occasionally struggles to convey uncertainty in its findings. 

Nonetheless, the tool could help in achieving OpenAI’s goal of developing Artificial General Intelligence (AGI).

Users can now access deep research via the web version of ChatGPT, with mobile and desktop apps to follow within the next month. For now, the feature is available to Pro users, with access to Plus and Team users expected soon. 

OpenAI plans to enhance the tool’s abilities and performance, hoping to make it faster and more cost-effective over time.

Deep research is the second major release from OpenAI this year, following the launch of its Operator tool in January, which handles tasks like making to-do lists or planning vacations. OpenAI has stated that it will continue enhancing deep research through further updates.

This is coming at the backdrop of the recent revelation that the Commission has committed more than N500 million in funding research across the Nigerian universities.

Akande told a gathering of vice chancellors and professors from universities in the southern parts of the country at a roundtable conference at the Sheraton Hotel, Ikeja, Lagos, that the Commission acknowledges the importance of working with stakeholders to engender innovations and build indigenous technological capabilities that would strengthen the Information and Communications Technology (ICT) ecosystem.

“We want to use this opportunity to assure you that the Commission will continue to give support to the educational sector in the interest of national development. We will also continue to encourage research and innovation in Nigeria’s tertiary institutions,” Akande said, explaining that the essence of the roundtable was to dialogue with the academia, industry and other stakeholders on how research efforts and prottotypes can be transformed into commercially-viable products that solve real-life problems.

“Consequently, the Commission will continue to allocate the requisite resources to research, development and innovations necessary for the industry to continue to contribute to the socio-economic development of the country,” Akande said.

Executive Vice Chairman of NCC, Prof. Umar Garba Danbatta, represented by the Director, Legal and Regulatory Services of the Commission, Josphine Amuwa, said academia is a key driver of innovation in all spheres of human endeavour.

He said this is why his leadership at the Commission is determined to not only give grants to the academia but also support the commercialisation of the prototypes developed to deepen the indigenous technological capabilities which would support the overall development of the industry.

NCC Executive Commissioner, Technical Services, Ubale Maska, who was represented by Director, Technical Standards and Network Integrity at the Commission, Bako Wakil, revealed that the Commission had, so far, awarded a total of 49 telecom-based research grants to the academia out of which 10 prototypes have been successfully developed.

“We are hopeful that these sessions will culminate in the development of common framework that would facilitate the commercialisation of the existing prototypes and future research outcomes (prototypes) for the benefit of the economy and the industry,” he stated.

Coming shortly after a similar roundtable in Kano for the northern region, the event organised by the Research prototypes and Development R&D Department of the Commission, was aimed at bringing together Resources persons, business savvy industry experts, the academia, relevant Ministries, Departments and Agencies (MDAs), entrepreneurs and renowned individuals who have successfully commercialised their inventions to brainstorm on the way forward for research output commercialisation.