Alexander G. Ramm | Plenary Presentation | GCMN 2026

Plenary Presentation

Alexander G. Ramm
Mathematics Department, Kansas State University, USA

Title: How to create materials with a desired refraction coefficient? Wave scattering by many small particles


About Conference

The 2nd Global Conference on Material Science and Nanotechnology (GCMN 2026) is a premier international platform bringing together researchers, scientists, academicians, and industry experts to discuss the latest innovations and developments in material science and nanotechnology.

The conference aims to promote scientific exchange, networking, and collaboration among global participants working in advanced materials, nanotechnology, engineering, physics, chemistry, and interdisciplinary sciences.

Conference Details:


Plenary Speaker: Alexander G. Ramm

Mathematics Department, Kansas State University, USA

 Alexander G. Ramm delivered an outstanding plenary presentation at the 2nd Global Conference on Material Science and Nanotechnology (GCMN 2026). His presentation focused on advanced mathematical approaches for designing materials with desired refraction coefficients through wave scattering by many small particles.

The presentation attracted significant attention from researchers and scientists interested in material engineering, wave propagation, and nanotechnology applications.


Title of Presentation: “How to create materials with a desired refraction coefficient? Wave scattering by many small particles”

Abstract

The plenary presentation discussed innovative mathematical methods for creating materials with predefined refraction coefficients using wave scattering techniques involving many small particles. The work highlighted theoretical foundations and practical implications in the development of engineered materials and nanotechnology applications.

The presentation emphasized the importance of wave scattering theory in designing materials with customized physical properties and demonstrated how mathematical modeling can contribute to advancements in material science research.



Biography

Alexander G. Ramm is affiliated with the Mathematics Department at Kansas State University, USA. He is internationally recognized for his contributions to applied mathematics, inverse problems, wave scattering, and material design research.

His scientific work has significantly contributed to the understanding of wave propagation and the mathematical foundations of engineered materials. During the plenary session at GCMN 2026, he shared valuable insights into advanced material creation methods and theoretical developments in scattering problems.


Conference Highlights
  • International plenary and keynote sessions
  • Advanced discussions in material science and nanotechnology
  • Online networking opportunities for global researchers
  • Scientific presentations by leading experts
  • Emerging technologies and interdisciplinary research discussions

Registration: https://worldnanotechnologycongress.com/register
Event: 3rd Global Conference on Material Science and Nanotechnology (GCMN 2027)
Dates: 4-6 March, 2027
Mode: Singapore & Online Conference

Tags

#MaterialScienceConferences2026, #Nanotechnology #Conference, #GCMN2026, #PlenarySpeaker, #Alexander G. Ramm, #WaveScattering, #RefractionCoefficient, #MaterialEngineering, #NanotechnologyResearch, #OnlineConference

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