The Best of Our Knowledge explores topics on learning, education and research.



Shape-shifting, fluid-like robotic materials may one day no longer exist only in science fiction.



We’ll learn about how microplastics could contribute to antibiotic resistance.



And students and faculty at UVM ask questions about cuts to federal funding for college campuses.

The Best of Our Knowledge explores topics on learning, education and research. Shape-shifting, fluid-like robotic materials may one day no longer exist only in science fiction. We’ll learn about how microplastics could contribute to antibiotic resistance. And students and faculty at UVM ask questions about cuts to federal funding for college campuses.

Microplastics and robotic materials

Every day, faculty members at schools and universities throughout the world are making discoveries that shape our ways of thinking and redefine our understanding of today's knowledge-driven society. Since 1990, The Best of Our Knowledge has highlighted breakthroughs across disciplines and across the globe, putting you in touch with the men and women at the forefront of their fields. Each week this program examines some of the issues unique to college campuses, looks at the latest research, and invites commentary from experts and administrators from all levels of education.

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Microplastics and robotic materials

Microplastics and robotic materials

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