Flourishing depends on much more than I.Q. Emotional, social, and intuitive intelligences, for example, play central roles in individual development and cultural wellbeing. Capacities like these exist in different forms throughout the non-human living world, and we have the opportunity to support an exploration of the richness and dynamism they create.
Living beings know their world. And recent scientific breakthroughs have begun to shine a light on the many forms that knowing takes – the intelligences of the living world. Scholarship in related areas is currently spread among several disparate communities, many of which have limited funding opportunities. The Templeton World Charity Foundation is uniquely positioned to amplify the best research in this area, expand the range of inquiry, and engage researchers across academic disciplines and fields of study.
Anyone who lives or works around animals knows that they have rich social lives. But the exact nature of these social capacities remains largely unexplored. We know, for example, that animals form attachments and rely upon one another, but are these “friendships” as we understand them? Is there mutual love, trust, respect, or devotion? How do they reconcile after conflict and avoid lasting damage to their communities? Do other creatures have and appreciate expertise? Do they build durable cultures that can be passed along even though most animals seem to lack language? Tantalizing clues have emerged that many animals do empathize, they grieve, they seem to have joy. Our challenge is, first, to clarify the terms we use for social intelligences, and then to explore different ways of being in non-human species’ groups and communities.
From squirrels to sparrows, the animals we see every day make plans. They dig up our flower beds to hide nuts and pluck grasses to build nests. Some are smarter than others. Squirrels, for example, are terrible at remembering where they buried their acorns, making them a boon for reforestation. On the other hand, some birds have exceptional recall, knowing exactly where each of their stashes has been placed. Recollection, planning, and anticipation are generally considered to be crucial parts of a fruitful human life in a complex world – it takes a kind of “mental time travel” (or episodic memory) to project one’s self into alternate situations and possible futures so that we might thrive when change inevitably comes. When we pretend and when we play, some of our effort is quietly going into building out a set of possible futures. And it takes a certain sense of self, a knowledge of one’s own capacities, roles, and flexibility to know what plans to lay. Perhaps the same is true for non-humans. Our challenge is to find out how our fellow inhabitants of Earth experience their world beyond the immediate present and perhaps learn more about the ways in which we too perceive and sometimes misperceive the possibilities that emerge around us.
Human minds work on particular scales. We mostly think about things that we can see or hear, and, as a result, we don’t tend to focus across great distances. Similarly, our attention spans are short so we’re generally aware of events that transpire in minutes and hours. While we plan for days and years ahead, we’re less and less attuned to longer epochs. On the other hand, our logic and language play out over seconds and minutes, and our physiology is relatively slow (our eyes can’t track the beating of a hummingbird’s wings, much less the delicate dance of a bee colony). So we often ignore the minute and fast-paced. These natural limits play a powerful role in our choices about what to study. We might be ignoring some rich and plentiful forms of knowing that either happen too quickly or too slowly, are too small or too large, too concentrated or too diffuse, to seem sensible to human eyes. Some forms of life, like plants, bacteria, fungi, etc. function in such radically different ways on such dramatically different scales that we might simply have overlooked their distinct sorts of intelligences. Our challenge is to expand beyond the human time and size scales and look for intelligences that might have simply gone unnoticed because of our own limitations.
Many of us love animals and some believe they love us back. But we know very little about the inner lives of the creatures around us. Because other animals don’t have the language to tell us how they feel, humans infer and project in ways that reflect our own thoughts and feelings. The great challenge is to find ways to discover what kinds of deeper experience non-humans may have. We know, for example, that even rats can laugh, that they like to be tickled. Does this imply that they feel something like joy? Is it crazy to wonder if they might have a sense of humor? Chimpanzees have been observed to take solitary time near waterfalls to simply dance and shout with arms upraised to the skies. Are they feeling awe and wonderment? Are they praising creation? These are extremely difficult questions but, if we could answer them, they could have a profound impact on our understanding of ultimate reality.
Underlying all of these questions is the simple premise that we can and should know more about the living world’s capacity to flourish. We live in a time of improving tools that help us to think differently and, in some cases, better. It may be that some forms of artificial intelligence will offer breakthrough devices or techniques to mediate between us and non-human life.
The goal of the Diverse Intelligences funding initiative is to bring all three forms of intelligences together, the human, non-human, and machine to expand and deepen human understanding, capacities and spiritual progress. We aim to examine the ways in which individual and social capacities emerge in other creatures and reflect upon how that is similar to and in what ways different from our own. By situating the human experience within a constellation of different forms of intelligence, we hope to forge an expanded vision of flourishing across the tree of life and learn more about our own development and evolution. We are open to projects that are intellectually high-risk but remain firmly committed to excellent, well designed, and carefully implemented science. We are also particularly eager to support catalytic work with the potential to support sustainable, long-term, and novel lines of inquiry.