Education

Research

Thermal Energy and Mass Transport at the Nanoscale Metamaterials Physics of Photonic and Phononic Materials

Books

            Periodic Materials and Interference Lithography: for Photonics, Phononics, and Mechanics             Maldovan M. and Thomas E. L.                         Wiley OCT 2008

Papers

     28.  Ordered Polymer Structures for the Engineering of Photons and Phonons

            Lee J-H, Koh C. Y., Singer J. P., Jeon S. J., Maldovan M., Stein O. and Thomas E. L.

            Advanced Materials 26 (4): 532-568 JAN 2014

 

    27.   Sound and Heat Revolutions in Phononics

            Maldovan M.

            Nature 503 (7475): 209-217 NOV 14 2013

 

    26.   Narrow Low-Frequency Spectrum and Heat Management by Thermocrystals

            Maldovan M.

            Physical Review Letters 110 (2): 025902 JAN 9 2013

 

    25.  Transition between Ballistic and Diffusive Heat Transport Regimes in Silicon Materials

            Maldovan M.

            Applied Physics Letters 101 (11): 113110 SEP 10 2012

 

    24.   Thermal Conductivity of Semiconductor Nanowires from Micro-to-Nano Length Scales

            Maldovan M.

            Journal of Applied Physics 111 (2): 024311 JAN 15 2012

 

    23.   Thermal Energy Transport Model for Micro-toNanograin Polycrystalline Semiconductors

            Maldovan M.

            Journal of Applied Physics 110 (11): 114310 DEC 1 2011

 

    22.   Micro-to-Nano Scale Thermal Energy Conduction in Semiconductor Thin Films

            Maldovan M.

            Journal of Applied Physics 110 (3): 034308 AUG 1 2011

 

    21.   Book 

            Periodic Materials and Interference Lithography: for Photonics, Phononics, and Mechanics           

            Maldovan M. and Thomas E. L.

            Wiley OCT 2008

 

    20.   Sub-Micrometer Scale Periodic Porous Cellular Structures

            Maldovan M.,  Ullal C. K., Jang J-H., and Thomas E. L.

            Advanced Materials 19 (22): 3809-3813 NOV 19 2007

 

    19.   3D Micro and Nanostructures via Interference Lithography

            Jang J-H., Ullal C. K., Maldovan M., Gorishnyy T., Kooi S., Koh C., and Thomas E. L.

            Advanced Functional Materials 17 (16): 3027-3041 NOV 5 2007

 

    18.   Phononics: Colloidal Crystals go Hypersonic

            Thomas E. L., Gorishnyy T. and Maldovan M.

            Nature Materials 5 (10): 773-774 OCT 2006

 

    17.   Simultaneous Localization of Photons and Phonons in Two-dimensional Periodic Structures

            Maldovan M., and Thomas E. L.

            Applied Physics Letters 88 (25): 251907 JUN 19 2006

 

    16.   Simultaneous Complete Elastic and Electromagnetic Band Gaps in Periodic Structures

            Maldovan M., and Thomas E. L.

            Applied Physics B-Lasers and Optics 83 (4): 595-600 JUN 2006

 

    15.   Assembly of Wiseana Iridovirus: Viruses for Colloidal Photonic Crystals

            Juhl S. B., Chan E. P., Ha Y-H, Maldovan M, et al.

            Advance Functional Materials 16 (8): 1086-1094 MAY 19 2006

 
    14.   Sound Ideas

            Goryshnyy T., Maldovan M., Ullal C. K. and Thomas E. L.

            Physics World 18 (12): 24-29 DEC 2005

   

    13.   Hypersonic Phononic Crystals

            Gorishnyy T., Ullal C. K., Maldovan M., et al.

            Physical Review Letters 94 (11): 115501 MAR 25 2005

 

    12.   Photonic Crystals: Six Connected Dielectric Networks with Simple Cubic Symmetry

            Maldovan M. and Thomas E. L.

            Journal of the Optical Society of America B - Optical Physics 22 (2): 466-473  FEB 2005

   

    11.   Diamond-Structured Photonic Crystals

            Maldovan M. and Thomas E. L.

            Nature Materials 3 (9): 593-600 SEP 2004

 

    10.   Layer-by-Layer Photonic Crystal with a Repeating Two-Layer Sequence

            Maldovan M.

            Applied Physics Letters 85 (6): 911-913 AUG 9 2004

 

      9.   Photonic Crystals Through Holographic Lithography: Simple Cubic, Diamond-like, and Gyroid-like Structures

            Ullal C. K., Maldovan M., Thomas E. L., et al.

            Applied Physics Letters 84 (26): 5434-5436 JUN 28 2004

 

      8.   Layer-by-Layer Diamond-like Woodpile Structure with a Large Photonic Band Gap

            Maldovan M., Thomas E. L., and Carter W. C.

            Applied Physics Letters 84 (3): 362-364 JAN 19 2004

 

      7.   Three-Dimensional Dielectric Network Structures with Large Photonic Band Gaps

            Maldovan M., Carter W. C., and Thomas E. L.

            Applied Physics Letters 83 (25): 5172-5174 DEC 22 2003

 

      6.   Exploring for 3D Photonic Bandgap Structures in the 11 f.c.c. Space Groups

            Maldovan M., Ullal C. K., Carter W. C., et al.

            Nature Materials 2 (10): 664-667 OCT 2003

 

      5.   Validation of the effective-medium approximation for the dielectric permittivity of oriented nanoparticle-filled   

            materials: effective permittivity for dielectric nanoparticles in multilayer photonic composites

            Maldovan M., Bockstaller M. R., Thomas E. L., et al.

            Applied Physics B - Lasers and Optics 76 (8): 877-884 JUL 2003

 

      4.   Triply Periodic Bicontinuous Structures Through Interference Lithography: A Level-Set Approach

            Ullal C. K., Maldovan M., Wohlgemuth M., et al.

            Journal of the Optical Society of America A - Optics Image Science and Vision 20 (5): 948-954 MAY 2003

 

      3.   Bicontinuous Cubic Block Copolymer Photonic Crystals

            Urbas A. M., Maldovan M., DeRege P., et al.

            Advanced Materials 14 (24): 1850-1853 DEC 17 2002

 

      2.   Photonic Properties of Bicontinuous Cubic Microphases

            Maldovan M., Urbas A. M., Yufa N., et al.

            Physical Review B 65 (16): Art. No. 165123 APR 15 2002

 

      1.   Simulation of Isothermal Fission Gas Release - An Analytical Solution

            Maldovan M., Denis A., & Piotrkowski R.

            Nuclear Engineering and Design 187 (3): 327-337 MAR 1999