Ankiti Bose, founding partner of global investment firm Terra Invest, has outlined an ambitious vision for the future of artificial general intelligence (AGI), arguing that increasingly capable AI systems could transform scientific discovery, accelerate medical breakthroughs and unlock new possibilities for human exploration.
Bose makes the case for approaching AGI with what she describes as “radical optimism,” emphasizing its potential to address challenges that have remained beyond the reach of even the world’s most accomplished researchers.
“I am radically optimistic about AGI because I think it could help us solve problems that have defeated generations of brilliant people,” Bose writes.
At the heart of Bose’s argument is the possibility that AGI could dramatically accelerate the pace of scientific progress, particularly in healthcare, biotechnology and complex engineering.
Pointing to developments such as AlphaFold 3, whose research was published in Nature in 2024, Bose highlights how artificial intelligence is already advancing scientists’ understanding of molecular structures and interactions involving proteins, DNA, RNA and other biological components.
While acknowledging that predicting molecular structures does not automatically translate into effective medical treatments, she argues that more advanced AI systems could substantially improve the process through which scientists formulate hypotheses, conduct experiments and refine discoveries.
Such capabilities could eventually help researchers pursue treatments for diseases that have resisted decades of scientific investigation.
Bose’s vision extends well beyond healthcare. She anticipates a future in which increasingly sophisticated AI systems could assist with the design, construction and maintenance of infrastructure in environments traditionally considered too complex or hazardous for human operations.
These possibilities include assembling structures in orbit, maintaining equipment on the ocean floor and advancing engineering capabilities in extreme environments.
Referencing NASA’s use of AI-assisted design in mission hardware, Bose suggests that intelligent systems could become increasingly valuable collaborators in solving difficult physical engineering problems.
However, she acknowledges that technological intelligence alone cannot overcome the fundamental constraints of the physical world. Reliable hardware, rigorous testing and engineering resilience will remain essential.
A defining element of Bose’s outlook is her belief that the benefits of advanced artificial intelligence should extend beyond the world’s largest corporations, research institutions and technology companies.
She argues that access to powerful intelligence could enable talented individuals and smaller organizations to pursue ambitions previously restricted by financial, technical or institutional limitations.
“The benefits of powerful intelligence should reach people whose ability has always exceeded their resources,” Bose writes.
For students, medical professionals, independent researchers and emerging engineering teams, such access could create opportunities to undertake more ambitious work and participate more meaningfully in scientific and technological progress.
Despite her enthusiasm, Bose emphasizes that the development of increasingly autonomous and capable AI systems must be accompanied by robust safeguards.
She identifies rigorous evaluation, clearly defined operational boundaries and human accountability as essential conditions for deploying AI in consequential settings.
The risks of biological misuse and potential loss of control over advanced systems, she argues, require serious technical attention rather than dismissal.
Nevertheless, Bose challenges the assumption that technological caution should focus exclusively on the dangers of moving too quickly.
“There is also a moral cost to discovering too slowly,” she writes. “People live with diseases we cannot yet treat.”
Her position reflects a broader argument that responsible technological progress requires weighing the potential risks of innovation against the human costs of delaying breakthroughs.
Bose’s commentary presents artificial general intelligence not simply as another technological milestone, but as a potential catalyst for expanding humanity’s capacity to discover, create and solve problems.
Her outlook combines enthusiasm for scientific advancement with an emphasis on accessibility, responsible deployment and the continued importance of human judgment.
Rather than treating optimism and caution as opposing positions, Bose argues for a future in which both inform the development of increasingly powerful intelligent systems.
She concludes her commentary with a characteristically personal reflection:
“I hope this ages well. Ideally, so do I.”
