How supporting early‑career researchers helps unlock imagination in our closest relatives

Photo by Ape Initiative

When a young researcher is given the freedom to chase a bold idea, the ripple effects can reach far beyond the lab. That spirit sits at the heart of the Azrieli Foundation’s support of the CIFAR Azrieli Global Scholars program, a launching pad for early‑career scientists who are ready to push boundaries and reimagine what’s possible in their fields.

One of those researchers is Dr. Chris Krupenye, a CIFAR Azrieli Global Scholar alumnus whose work is helping us understand something both ancient and deeply human: imagination. It’s a skill we often take for granted, yet recent discoveries suggest it’s not ours alone.

A window into ape imagination

Dr. Krupenye’s research focuses on how animals think and how cognition evolves. As an Assistant Professor at Johns Hopkins University and Director of the Social and Cognitive Origins group, he studies the mechanisms that allow humans and other species to navigate social life, from predicting others’ behaviour to reading subtle cues in shifting group dynamics.

Chris’ new Science study centers on Kanzi, a bonobo who joined researchers in a playful “tea party.” Scientists pretended to pour imaginary juice into two cups, then “emptied” one. When asked where the juice was, Kanzi picked the cup that still “held” pretend liquid at rates above chance. Follow‑up tests showed he could distinguish real juice from pretend juice, and he also tracked imaginary grapes in a similar setup. Together, the results suggest an ape can follow along a shared make-believe scenario and hold in mind imaginary objects, meaning that imagination may stretch far deeper into our evolutionary past than expected.

Dr. Krupenye and his co‑author describe these experiments as evidence that ape minds can go beyond the here and now. The team reports that Kanzi could track pretend objects while also distinguishing them from reality, a hallmark of imagination in early human development.

Dr. Chris Krupenye (left) and Kanzi the bonobo (right). Photo by Ape Initiative

Why early‑career support matters

A discovery like this isn’t accidental. It requires time, space, collaboration and confidence to take intellectual risks – all things that early‑career researchers often struggle to access. That’s exactly why the CIFAR Azrieli Global Scholars program was developed.

The program supports emerging scientists during the pivotal first years of leading independent research. Scholars join an international research community, collaborate with global experts and receive financial and leadership support that encourages them to pursue high‑risk, high‑reward ideas.

For researchers like Chris, that support was catalytic. Being welcomed into a global interdisciplinary network means access to new perspectives, new collaborations and new opportunities, accelerating discoveries that might otherwise take years to unlock.

A longstanding commitment to next‑gen science

The Azrieli Foundation’s collaboration with CIFAR represents a long arc of support for the next generation of scientific leaders. It’s driven by a belief that when early‑career researchers are empowered to explore bold questions, they shape entirely new fields and move humanity forward.

Dr. Krupenye’s work is a perfect example. The tea‑party experiments do more than delight; they deepen our understanding of animal minds, challenge assumptions about what makes humans unique and invite fresh thinking about the evolution of make-believe, communication and social intelligence.

Stories like Chris’ remind us why early‑career support matters so much. When promising researchers are encouraged to test daring ideas and share their work across disciplines, breakthroughs have the potential to follow. They also remind us that investing in people at the beginning of their careers can open entirely new pathways for science that benefit us all.

The Azrieli Foundation is proud to help fuel discoveries like these and to continue supporting scholars who are reimagining what comes next.

Dr. Krupenye put it best when he shared with us that “this work was funded predominantly by my Global Scholars grant, and I really don’t know that I would have taken the risk to pursue the project without the CIFAR-Azrieli money. I’m extremely grateful to CIFAR and the Azrieli Foundation for making this discovery possible!”

 

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