Amir Handelman
Amir Handelman
faculty of engineering, electrical engineering dept., HIT
Verified email at
Cited by
Cited by
Reconstructive phase transition in ultrashort peptide nanostructures and induced visible photoluminescence
A Handelman, N Kuritz, A Natan, G Rosenman
Langmuir 32 (12), 2847-2862, 2016
Physics and engineering of peptide supramolecular nanostructures
A Handelman, P Beker, N Amdursky, G Rosenman
Physical Chemistry Chemical Physics 14 (18), 6391-6408, 2012
Nonlinear optical bioinspired peptide nanostructures
A Handelman, S Lavrov, A Kudryavtsev, A Khatchatouriants, Y Rosenberg, ...
Advanced Optical Materials 1 (11), 875-884, 2013
Structural and optical properties of short peptides: nanotubes‐to‐nanofibers phase transformation
A Handelman, A Natan, G Rosenman
Journal of Peptide Science 20 (7), 487-493, 2014
Peptide integrated optics
A Handelman, N Lapshina, B Apter, G Rosenman
Advanced Materials 30 (5), 1705776, 2018
Flight validation of an embedded structural health monitoring system for an unmanned aerial vehicle
I Kressel, B Dorfman, Y Botsev, A Handelman, J Balter, ACR Pillai, ...
Smart Materials and Structures 24 (7), 075022, 2015
Peptide nanophotonics: from optical waveguiding to precise medicine and multifunctional biochips
B Apter, N Lapshina, A Handelman, BD Fainberg, G Rosenman
Small 14 (34), 1801147, 2018
Method of analyzing and utilizing landscapes to reduce or eliminate inaccuracy in overlay optical metrology
T Marciano, B Bringoltz, E Gurevich, I Adam, Z Lindenfeld, Z Zhao, Y Feler, ...
US Patent 10,831,108, 2020
Linear and nonlinear optical waveguiding in bio-inspired peptide nanotubes
A Handelman, B Apter, N Turko, G Rosenman
Acta biomaterialia 30, 72-77, 2016
Evaluation of flight data from an airworthy structural health monitoring system integrally embedded in an unmanned air vehicle
I Kressel, A Handelman, Y Botsev, J Balter, P Guedj, N Gorbatov, M Tur, ...
6th European Workshop on Structural Health Monitoring, 193-200, 2012
Strong Electro‐Optic Effect and Spontaneous Domain Formation in Self‐Assembled Peptide Structures
B Gilboa, C Lafargue, A Handelman, LJW Shimon, G Rosenman, J Zyss, ...
Advanced Science 4 (9), 1700052, 2017
Symmetry of bioinspired short peptide nanostructures and their basic physical properties
A Handelman, G Shalev, G Rosenman
Israel Journal of Chemistry 55 (6‐7), 637-644, 2015
Load tracking and structural health monitoring of unmanned aerial vehicles using optical fiber sensors
A Handelman, Y Botsev, J Balter, I Kressel, M Tur, S Gali, ACR Pillai, ...
Photonics 2010: Tenth International Conference on Fiber Optics and Photonics …, 2011
Fluorescence phenomena in amyloid and amyloidogenic bionanostructures
B Apter, N Lapshina, H Barhom, B Fainberg, A Handelman, A Accardo, ...
Crystals 10 (8), 668, 2020
Tapping underwater wireless optical communication in pure water and natural Dead-Sea ultra-high-salinity water by diffraction grating
D Shaboy, D Rockban, A Handelman
Optics Express 26 (23), 29700-29711, 2018
Optical transition induced by molecular transformation in peptide nanostructures
N Amdursky, A Handelman, G Rosenman
Applied Physics Letters 100 (10), 2012
Long‐Range Fluorescence Propagation in Amyloidogenic β‐Sheet Films and Fibers
B Apter, B Fainberg, A Handelman, I Lapsker, A Accardo, C Diaferia, ...
Advanced Optical Materials 8 (9), 2000056, 2020
Bioorganic nanodots for non-volatile memory devices
N Amdursky, G Shalev, A Handelman, S Litsyn, A Natan, Y Roizin, ...
APL Materials 1 (6), 2013
Sensitivity of neural networks to corruption of image classification
S Kaplan, D Handelman, A Handelman
AI and Ethics, 1-10, 2021
Peptide optical waveguides
A Handelman, B Apter, T Shostak, G Rosenman
Journal of Peptide Science 23 (2), 95-103, 2017
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