Hagler Institute’s 2026-27 Class Brings Research Into the Classroom

For students and families, a university research announcement can seem remote from everyday learning. Texas A&M University’s newly named Hagler Institute class matters because the institute says these visiting scholars will work directly with its faculty and students across fields that connect to urgent classroom questions: how climate science informs decisions, how schools address inequality, how sleep affects health, and how emerging technologies are studied responsibly.

According to Texas A&M’s Division of Research, the Hagler Institute for Advanced Study has selected 10 Fellows and one Distinguished Lecturer for its 2026-27 class. The university says the scholars will collaborate with Texas A&M faculty and students for up to one year of total time, which may be distributed over as many as five years. That structure suggests the value of the program is not simply a campus visit, but the possibility of sustained academic exchange.

Why collaboration is the central story

Texas A&M says all Hagler Fellows and Distinguished Lecturers are recognized for major achievements in their fields and are members of the National Academies or have comparable recognition. Yet the practical significance of the announcement rests on where their work will connect with Texas A&M’s colleges and students.

According to the university, the 2026-27 group spans science, engineering, business, education and agriculture. Its areas of expertise include obesity and diabetes, climate change, regenerative medicine, education policy, materials science, accounting, maritime economics, insect chemical ecology, biodiversity conservation, quantum technology, and sleep and circadian rhythms. These are not identical disciplines, but they share a useful lesson for learners: important real-world problems rarely fit neatly inside one school subject.

Texas A&M says the scholars were nominated by faculty members across the university. The institute’s founding director, John L. Junkins, said in the university’s announcement that the new class will collaborate with faculty and students and continue a tradition of impactful work. That outcome remains an expectation rather than a result already documented for this cohort, but the planned partnerships identify the academic settings where students may encounter these ideas.

A class that links research to questions students already ask

Several appointments have especially clear connections to questions raised in K-12 and college classrooms. According to Texas A&M, Myles Allen of the University of Oxford will work with the College of Engineering on climate change and strategies for addressing global warming. Students following climate topics can use this as a reminder to separate a scientific explanation of a problem from the policy and engineering choices proposed in response.

The university says Mark Berends of the University of Notre Dame will collaborate with the College of Education and Human Development on research concerning educational reform, student learning and inequality. For teachers and parents, that focus is a reason to discuss school policy with care: a change may affect learning experiences differently across communities, and strong questions matter alongside simple conclusions.

Texas A&M also says Amita Sehgal of the University of Pennsylvania will join the class as its Hagler Distinguished Lecturer and collaborate with the College of Arts and Sciences. Her work examines cellular and molecular processes related to sleep and circadian rhythms. Families can take the announcement as an opportunity to encourage students to notice how routines, rest and attention affect their own study habits, without treating any general research topic as individualized medical guidance.

For students who want help turning broad subjects into manageable study questions, COSMIQ is a free voice-driven AI tutor available free forever to every K-12 student. A useful starting prompt might be: “What is the difference between a scientific finding, an engineering solution and a public policy decision?”

What Texas A&M’s college partnerships reveal

According to the university, three of the Fellows will collaborate with the College of Agriculture and Life Sciences: Rexford S. Ahima, whose work concerns biological drivers of obesity and diabetes; Baldwyn Torto, whose research examines chemical communication among insects; and Patricia C. Wright, whose work includes primate behavior, tropical biology and biodiversity conservation. Together, those planned collaborations illustrate how agriculture and life sciences can encompass human health, ecosystems and the study of organisms.

The College of Engineering is also slated to work with Kristi Anseth on biomaterials for regenerative medicine, Christopher N. Bowman on polymeric materials and photopolymerization, and Allen on climate change, according to Texas A&M. Jun Ye is expected to collaborate with the College of Arts and Sciences on light-matter interactions, quantum technology and precision measurement. The university says Clive Lennox will work with Mays Business School on financial reporting and auditing regulation, while Theo Notteboom will collaborate with the College of Marine Sciences and Maritime Studies on port and maritime economics.

For educators, the breadth of this list offers a practical planning idea: use a single news item to build cross-curricular discussion. A science class might explore measurement or ecosystems; a social studies or economics class might consider how regulation, logistics and policy shape daily life; and a writing class might ask students to distinguish what the university reports from what they would need to investigate further.

Questions families and educators can use

The announcement provides a roster and intended collaborations, not descriptions of specific courses, public programs or research results for the new class. Readers can therefore approach it with curiosity and appropriate caution. Useful questions include:

• Which Texas A&M college is connected to a scholar’s area of work, and why might that pairing make sense?
• What evidence would be needed to evaluate a claim about climate, health, education or technology?
• How can knowledge from one field, such as physics or biology, inform choices in another field?
• What ethical, community or environmental considerations might accompany a new discovery or policy proposal?

According to Texas A&M, the institute will induct the 2026-27 Fellows and Distinguished Lecturer at its annual gala in February. The university also says that, since the institute began, it has brought 172 researchers to campus—156 Fellows and 16 Distinguished Lecturers—and that 17 later joined Texas A&M’s permanent faculty.

The immediate takeaway is not that every planned collaboration will produce a predictable result. It is that Texas A&M is positioning outside scholars to work with its academic community on topics students already encounter in science, health, society and technology. For families and teachers, the strongest use of this news is as an invitation to ask better questions about how research moves from specialist work into learning, public conversation and future decisions.