Additional information is available at

https://math.utk.edu/barrett/54th-lectures/

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Additional information: https://math.utk.edu/barrett/54th-lectures/

View on site | Email this event

Additional information is available at

https://math.utk.edu/barrett/54th-lectures/

View on site | Email this event

Additional information is available at

https://math.utk.edu/barrett/54th-lectures/

View on site | Email this event

Date: May 20, 2026
Time: 2:30 – 5:00 PM
Location: UT Institute for Advanced Materials & Manufacturing, 2641 Osprey Vista Way, Room 147, Knoxville, TN 37920

CAMM is beginning early strategic planning for a potential third Interdisciplinary Research Group (IRG) as part of our NSF Materials Research Science and Engineering Center (MRSEC). This session will bring together researchers to explore scientific opportunities that align with emerging national priorities and the future directions of NSF MRSEC programs.

The goal of the workshop is to generate ideas, identify potential collaborations, and begin shaping the scientific vision for a future IRG. The session will include several brief concept presentations followed by breakout discussions to explore promising directions in more depth.

Participants are encouraged to come prepared with short idea pitches (approximately 3–5 minutes) that address topics such as:

Emerging scientific opportunities in materials researchInterdisciplinary collaborations that could form the basis of an IRGConnections to national research priorities or major federal initiativesOpportunities for integrating research, education, and workforce development

To help familiarize participants with the MRSEC model and the structure of IRGs, you may find the following information helpful:

NSF MRSEC Program Overview

NSF MRSEC Program Solicitation (NSF 26-500)

Currently Funded MRSECs

UTK-MRSEC NSF Award Details

What is a MRSEC (pronounced "MER-sek")?

The NSF Materials Research Science and Engineering Centers (MRSEC) program supports interdisciplinary materials research and education at universities across the United States. MRSECs bring together researchers from multiple departments and disciplines to address fundamental scientific challenges in materials science while integrating education, outreach, and workforce development.

Key elements of MRSECs include:

Interdisciplinary research teamsIntegration of theory, computation, and experimentEducation and workforce development initiativesPartnerships with national labs, industry, and other institutionsBroad societal impact and community engagementWhat is an IRG?

An Interdisciplinary Research Group (IRG) is the central research unit within an MRSEC. Each IRG focuses on a cohesive scientific theme that requires expertise from multiple disciplines and research approaches.

Typical IRG characteristics include:

A focused, high-impact research themeCollaboration across multiple departments and fieldsIntegration of experimental, theoretical, and computational approachesMultiple faculty investigators working toward shared scientific goalsOpportunities for graduate and undergraduate trainingIRGs typically involve 5–10 faculty investigators and support students, postdocs, and collaborative research infrastructure.

Please RSVP here if you are interested in participating, and feel free to share this invitation with colleagues who may have relevant expertise.

View on site | Email this event

Date: May 20, 2026
Time: 2:30 – 5:00 PM
Location: UT Institute for Advanced Materials & Manufacturing, 2641 Osprey Vista Way, Room 147, Knoxville, TN 37920

CAMM is beginning early strategic planning for a potential third Interdisciplinary Research Group (IRG) as part of our NSF Materials Research Science and Engineering Center (MRSEC). This session will bring together researchers to explore scientific opportunities that align with emerging national priorities and the future directions of NSF MRSEC programs.

The goal of the workshop is to generate ideas, identify potential collaborations, and begin shaping the scientific vision for a future IRG. The session will include several brief concept presentations followed by breakout discussions to explore promising directions in more depth.

Participants are encouraged to come prepared with short idea pitches (approximately 3–5 minutes) that address topics such as:

Emerging scientific opportunities in materials researchInterdisciplinary collaborations that could form the basis of an IRGConnections to national research priorities or major federal initiativesOpportunities for integrating research, education, and workforce development

To help familiarize participants with the MRSEC model and the structure of IRGs, you may find the following information helpful:

NSF MRSEC Program Overview

NSF MRSEC Program Solicitation (NSF 26-500)

Currently Funded MRSECs

UTK-MRSEC NSF Award Details

What is a MRSEC (pronounced "MER-sek")?

The NSF Materials Research Science and Engineering Centers (MRSEC) program supports interdisciplinary materials research and education at universities across the United States. MRSECs bring together researchers from multiple departments and disciplines to address fundamental scientific challenges in materials science while integrating education, outreach, and workforce development.

Key elements of MRSECs include:

Interdisciplinary research teamsIntegration of theory, computation, and experimentEducation and workforce development initiativesPartnerships with national labs, industry, and other institutionsBroad societal impact and community engagementWhat is an IRG?

An Interdisciplinary Research Group (IRG) is the central research unit within an MRSEC. Each IRG focuses on a cohesive scientific theme that requires expertise from multiple disciplines and research approaches.

Typical IRG characteristics include:

A focused, high-impact research themeCollaboration across multiple departments and fieldsIntegration of experimental, theoretical, and computational approachesMultiple faculty investigators working toward shared scientific goalsOpportunities for graduate and undergraduate trainingIRGs typically involve 5–10 faculty investigators and support students, postdocs, and collaborative research infrastructure.

Please RSVP here if you are interested in participating, and feel free to share this invitation with colleagues who may have relevant expertise.

View on site | Email this event

Title: Facets of complexity in chemotactic aggregation

Abstract: Keller-Segel type cross-diffusion systems have been playing an outstanding role in the understanding of various patterning phenomena in biology. Concentrating on issues of predominant application relevance, the description of taxis-driven explosions has been among the most challenging topics in their analysis, and a natural focus of the literature in this regard is on the characterization of solution behavior near collapse. The presentation aims at reporting both on classical and on some recent developments, with a particular focus on the identification of circumstances under which solutions either must blow up at single points only, or alternatively may form singularities throughout larger regions in space.

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