Young Scientists and Mindful Inquiry:Building Wisdom Beyond Metrics

TLDR: During the 2025 Science Retreat at Plum Village, a panel of young scientists—Elli Weisbaum, Lauren Rego, and Mridula Sathyanarayanan—facilitated by Nho Anh Tran, discuss how Buddhist practice, particularly Thich Nhat Hanh's teachings, inform their research, teaching, and ethical vision. Rather than separating science from contemplative practice, they model how mindfulness, the art of not knowing, and whole-person engagement sharpen moral imagination and allow science to serve liberation. The conversation centers on replicability and rigor reimagined through qualitative research, the role of institutions in protecting intellectual freedom, and how young scholars might integrate data, storytelling, and wisdom traditions to address planetary and human suffering.

Why Does This Moment Matter for Young Scientists?

Nho Anh Tran opens the panel by naming the stakes: the United States is currently experiencing what he describes as "a deep project" to undo academic freedoms and dismantle educational institutions. In this context, protecting the voices and stories of young scientists—particularly young women and people of color in science—becomes a moral and institutional imperative. He frames this panel not as a performance but as an invitation for panelists to "show up as a whole person," bringing their full humanity to the conversation rather than adopting the persona expected at typical academic conferences. This reflects a core Plum Village teaching: that mindfulness is "a practice of making the invisible visible."

What Does Howard Thurman Teach Us About Worth and Resistance?

Tran recounts a story from Howard Thurman's autobiography that sets the moral tone for the entire panel. Thurman, a Black mystical theologian and teacher of Martin Luther King Jr., once brought his young daughters to a public playground in Daytona Beach, Florida, only to encounter a sign reading "No Negroes allowed." Rather than shield them from racism, Thurman made a conscious choice to explain the injustice directly. He told his daughters: "Listen, girls. You must know how important you are. That the state, that the law, that the mayor, that the businesses, the churches, the people of Florida have worked all together to stop you from playing. You have to understand how important you are." This story illustrates a crucial principle: our measure of self-worth should be weighed not by the forces opposing us, but by the collective effort deployed against us. For young scientists today, particularly those from marginalized communities, this teaching invites a reframing of institutional barriers not as proof of insufficiency but as evidence of significance.

How Does the Humanities Sharpen Scientific Imagination?

Tran identifies himself as representing the humanities at a science retreat—"I have secretly snuck into the scientist retreat declaring myself also a scientist." This provocation opens space for a critical question: what is the relationship between scientific data and the stories we tell with it? He argues that the morning's panel had focused on "the art of not knowing, the art of updating our frameworks, the art of empathy, and the art of bringing our whole selves into the work." But integration happens through narrative. The humanities—through storytelling—are the medium through which data becomes wisdom that can "make a dent in the world." Without the narratives, frameworks remain abstract; without rigorous data, stories become ideology. The panelists model what happens when both are held together.

What Is the Role of Institutions in Protecting Intellectual Freedom?

Tran emphasizes that institutions—even imperfect ones like Plum Village—are worth defending because they "give rise to the chance of generating wisdom together." This is not naive institutional reverence but strategic protection of the spaces where intellectual risk-taking and deep collaboration can happen. Young scientists need institutions that allow them to ask unfamiliar questions, to fail without penalty, and to bring their full selves (including spiritual practice, emotional wisdom, and moral commitments) into their work. When institutions are dismantled or narrowed, this possibility collapses.

How Do the Panelists Integrate Practice with Their Work?

Elli Weisbaum introduces herself as someone working from Toronto (the traditional territory of the Huron-Wendat, Seneca, and Mississaugas of the Credit). She teaches in the Buddhism, Psychology, Mental Health program at the University of Toronto and conducts research on Thich Nhat Hanh's teachings and clinician wellness at the Temerty Faculty of Medicine. She is also cross-appointed to the Dalai Lama School of Public Health. Rather than treating these positions as separate roles, Weisbaum speaks of them as a flow—how does practice move through teaching, research, and public health? She brings two of her own students onto the panel, creating visible accountability and modeling the kind of mentorship in which wisdom is co-created rather than transmitted from expert to student.

Her research focuses on what she calls "replicability" in qualitative behavioral research. Rather than the natural science model of replication—doing the same experiment again—she suggests that when studying humans, the very act of repeating creates difference because humans are always changing. This reframing honors the real world while maintaining rigor. She introduces another key concept: the invitation to "not knowing" as a posture of research. This aligns with Buddhist epistemology, where the goal is not to accumulate knowledge as possession but to develop wisdom through direct encounter.

What Does It Mean to Hold Intergenerational Accountability in Science?

By sitting with her students on the panel, Weisbaum creates a structure of accountability. She notes that if she makes claims about her intentions regarding inclusive spaces and learning through unknowing, "you've got receipts on either side of me." This is not abstract accountability but relational: her students will corroborate, challenge, or complicate her narrative. This practice of transparent, intergenerational witnessing stands in contrast to the hierarchical model where the senior scholar speaks and junior scholars listen. Instead, the panel models what scholarship looks like when it is held by a web of relationships rather than by individual authority.

How Can Scientists Honor Both Data and Mystery?

The broader conversation evident in the transcript suggests a core tension that young scientists are actively holding: How do we use quantitative rigor and qualitative depth without reducing either to the other? How do we let data speak without pretending data are transparent or objective? One panelist mentions working with both "quantitative and qualitative data" and designing frameworks that can hold both. This is not a compromise but a sophisticated practice of epistemological pluralism—understanding that different ways of knowing reveal different truths.

The panel also hints at the question of how artificial intelligence and computational tools should serve research. Rather than asking "What can AI do?" they seem to be asking "How do we ask better questions to the AI?" and "Is AI a tool, or is it a raft we're riding?"—evoking the Buddhist metaphor of the raft, where the vessel is useful for crossing the river but not meant to be carried on one's back forever. This suggests a mature relationship to technology: useful, but not ultimate.

What Role Does the Beginner's Mind Play in Advanced Research?

One panelist references "what we call in Buddhism the beginner's mind," suggesting that expertise in science and devotion to practice are not in conflict. The beginner's mind—the willingness to encounter each moment without preconception—is not naïveté but the opposite: it is the capacity to see what is actually there rather than what we expect to see. For scientists, this means updating frameworks when data contradicts them, remaining open to surprise, and not letting previous models ossify into dogma. This is particularly important as one panelist notes about being "a living breathing tradition"—the practice and the research must not become calcified monuments but must evolve responsively.

How Do Young Scientists Navigate the Politics of Knowledge?

The panel occurs in a moment of real political threat to academic institutions and scientific freedom. Tran's invocation of the Howard Thurman story—which centers on structural racism and systemic denial of opportunity—makes clear that "protecting young scientists" is not apolitical. It requires naming what is at stake: the ability to ask unpopular questions, to collaborate across disciplines, to bring whole selves to work, and to let wisdom traditions inform scientific inquiry. These are not luxuries but the conditions under which truly creative and ethical research emerges.

What Is the Relationship Between Moral Imagination and Scientific Innovation?

Tran argues that "the most important thing that we could do is really sharpen and cultivate our moral imagination." He identifies three temporal dimensions necessary for this: listening to the present (the morning's panel on current science), listening to the future (what young scientists aspire to do), and listening to the past (ancestral wisdom). Moral imagination is not separate from scientific work; it is the capacity to envision what is possible, what ought to be, and how data might serve human and planetary flourishing. Without it, science becomes merely technical. Without rigorous science, moral imagination becomes fantasy.

Where to Go from Here

This panel models several concrete practices worth adopting:

• Bring your whole self to your work. Don't perform a narrow academic role; let your spiritual practice, emotional wisdom, and moral commitments inform your research and teaching.
• Practice the art of not knowing. Design your research and curriculum around genuine questions, not predetermined answers. Remain willing to update your frameworks.
• Hold intergenerational accountability. Create structures where your claims can be witnessed and challenged by those closer to lived experience.
• Defend institutions that enable wisdom-making. Even imperfect institutions are worth protecting because they enable collaboration, risk-taking, and the deep work of learning together.
• Integrate multiple ways of knowing. Rigor is not the exclusive property of quantitative science. Qualitative depth, narrative wisdom, and contemplative insight are equally rigorous when held with integrity.
• Sharpen your moral imagination. Ask not only "What can science do?" but "What ought science serve? Whose flourishing? At what cost?"
• Use technology wisely. Tools like AI are rafts, not destinations. Ask better questions of them rather than letting them reshape your inquiry.