Martin Maldovan
Assistant Professor
Education
Ph.D. in Materials Science, Massachusetts Institute of Technology (MIT)
B.S. in Physics, University of Buenos Aires, Argentina
Research Interests
Thermal Energy and Mass Transport at the Nanoscale Metamaterials Physics of Photonic and Phononic Materials
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
Books:
Periodic Materials and Interference Lithography: for Photonics, Phononics, and Mechanics Maldovan M. and Thomas E. L. Wiley OCT 2008
