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Portrait of Dr. Munir Hasan Nayfeh

Dr. Munir Hasan Nayfeh

Palestinian American physicist and University of Illinois professor

Born
1945
Born in
Tulkarem, Palestine
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Why Munir is here

Dr. Nayfeh is renowned for his groundbreaking contributions to nanotechnology and physics, including pioneering work in multi-photon dissociation of molecules and isotope separation, as well as significant advancements in Nano electronics and photonics.

Their story

Dr. Nayfeh is a distinguished physicist who has made seminal contributions to the field of nanotechnology. He has held positions at prestigious institutions such as Oak Ridge National Laboratory, Yale University, and the University of Illinois at Urbana-Champaign, where he developed innovative experimental programs and theoretical research in physics.

In pictures

Milestones

The moments that shaped Munir’s path.

  1. 1974–1977

    Research Physicist at Oak Ridge National Laboratory

    Dr. Nayfeh worked as a postdoctoral fellow and research physicist, laying the foundation for his future contributions in physics.

  2. 1977

    Lecturer at Yale University

    He served as a lecturer at Yale, further advancing his academic career in physics.

  3. 1978

    Professor of Physics at the University of Illinois

    His tenure at the University of Illinois saw the development of an active experimental program to study the multi-photon dissociation of molecules and the behavior of hydrogen molecules in intense laser fields.

  4. Development of "Writing with Atoms" Technique

    Dr. Nayfeh conceived and developed an experimental program termed "writing with atoms," which combines the spatial selectivity of electric fields in a scanning tunneling microscope with the frequency selectivity of a laser.

  5. Investigation of Nanometer-Scale Structures

    His recent work includes fabricating and analyzing nanometer-scale structures, providing insights into the fundamental nature and interactions of solids at nanometer/atomic scales.

Legacy

What they built, changed and left behind.

  1. Pioneering Isotope Separation using Multi-Photon Dissociation

    This groundbreaking work demonstrated isotope separation for the first time using multi-photon dissociation processes.

  2. Seminal Research in Molecular Coulomb Explosions

    Dr. Nayfeh was the first to examine the behavior of hydrogen molecules in intense laser fields, initiating a new area of research in molecular Coulomb explosions.

  3. Innovative Techniques in Nanotechnology

    His "writing with atoms" technique allows for the deposition of fine patterns with nearly atomic resolution on various substrates.

  4. Research on Classical Chaotic Dynamics in Hydrogen Atoms

    His theoretical work on the role of classical chaotic dynamics in hydrogen atoms has contributed significantly to the field.

  5. Advancements in Nano electronics and Photonics

    His work in fabricating nanometer-scale structures has significant implications for technological applications in Nano electronics and photonics.

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