丁香园AV

Research Interests

• Biomarker sensors
• VOC/gas sensors
• 2D materials
• Nanodevice fabrication

Teaching Interests

• Microelectronic fabrication
• Sensors and Actuators
• Nanotechnology

Selected Publications

• Ahmadi, R, Abnavi, A, Hasani, A, Ghanbari, H, Mohammadzadeh, MR, Fawzy, M, Kabir, F, Adachi, MM, 鈥淧seudocapacitance-Induced Plasticity of Tribo-Phototronic Effect Between Ionic Liquid and MoS2,鈥� Small 2304988 https://doi.org/10.1002/smll.202304988 (2023).
• Askar, AM, Palacios, P, Pasadas, F, Saeed, M, Mohammadzadeh, MR, Negra, R, Adachi, MM, 鈥淭wo-dimensional tellurium-based diodes for RF applications,鈥� npj 2D Materials and Applications 7, 70 (2023).
• Mohammadzadeh, MR, Hasani, A, Jaferzadeh, K, Fawzy, M, De Silva, T, Abnavi, A, Ahmadi, R, Ghanbari, H, Askar, A, Kabir, F, Rajapakse, RKND, Adachi, MM, 鈥淯nique Photoactivated Time-Resolved Response in 2D GeS for Selective Detection of Volatile Organic Compounds鈥� Advanced Science 10, 2205458 (2023).  Back cover of Volume 10 Issue 10.
• Ghanbari, H, Abnavi, A, Hasani, A, Kabir, F, Ahmadi, R, Mohammadzadeh, MR, Fawzy, M, De Silva, T, Adachi, MM, 鈥淢ultilayer WSe2/ZnO Heterojunctions for Self-powered, Broadband, and High-speed Photodetectors鈥� Nanotechnology 34, 285207 (2023).
• Abnavi, A, Ahmadi, R, Ghanbari, H, Fawzy, M, Hasani, A, De Silva, T, Askar, A, Mohammadzadeh, MR, Kabir, Whitwick, M, Beaudoin, M, O鈥橪eary, SK, Adachi, MM, 鈥淔lexible High-Performance Photovoltaic Devices based on 2D MoS2 Diodes with Geometrically Asymmetric Contact Areas鈥� Advanced Functional Materials 33, 2210619 (2023).
• De Silva, T, Fawzy, M, Hasani, A, Ghanbari, H, Abnavi, A, Askar, A, Ling, Y, Mohammadzadeh, MR, Kabir, Ahmadi, R, Rosin, M, Kavanagh, KL, Adachi, MM, 鈥淯ltrasensitive rapid cytokine sensors based on asymmetric geometry two-dimensional MoS2 diodes鈥� Nature Communications 13, 7593 (2022).
• Ahmadi, R, Abnavi, A, Ghanbari, H, Mohandes, H, Mohammadzadeh, MR, De Silva, T, Hasani, A, Fawzy, M, Kabir, F, Adachi, MM, 鈥淪elf-powered, Broadband, and Polarization-Sensitive Pyroelectric-Photoelectric Photodetector Based on Silicon-Water Heterojunction,鈥� Nano Energy 98, 107285 (2022).
• Abnavi, A, Ahmadi, R, Hasani, A, Fawzy, M, Mohammadzadeh, MR, De Silva, T, Yu, N, Adachi, MM, 鈥淔ree-standing Multilayer Molybdenum Disulfide Memristor for Brain-inspired Neuromorphic Applications,鈥� ACS Applied Materials & Interfaces 13 (38), 45843鈥�45853 (2021).  One of the cover arts for Volume 13, Issue 38.
• Askar, AM, Saeed, M, Hamed, A, Negra, R, Adachi, MM, 鈥淭hickness-Modulated Lateral MoS2 Diodes with Sub-Terahertz Cutoff Frequency,鈥� Nanoscale 13, 8940-8947 (2021)
• Yarrow, B, Askar, AM, Parameswaran, A, Adachi, MM, 鈥淐ontact-Lifted Thickness-Modulated MoS2 Diodes for Gate Controlled Electronic Applications,鈥� ACS Applied Electronic Materials 1:10, 2150-2156 (2019)
• Fan, F, Voznyy, O, Sabatini, RP, Bicanic, KT, Adachi, MM, McBride, JR, Reid, KR, Park, YS, Li, X, Jain, A, Quintero-Bermudez, R, Saravanapavanantham, M, Liu, M, Korkusinski, M, Hawrylak, P, Klimov, VI, Rosenthal, SJ, Hoogland, S, Sargent, EH, 鈥淐ontinuous-Wave Lasing in Colloidal Quantum Dot Solids Enabled by Facet-Selective Epitaxy,鈥� Nature 544, 75-79 (2017).
• Adachi, MM, Fan, F, Sellan, DP, Hoogland, S, Voznyy, O, Houtepen, AJ, Parrish, KD, Kanjanaboos, P, Malen, JA, Sargent, EH, 鈥淢icrosecond-sustained lasing from Colloidal  Quantum Dot Solids,鈥� Nature Communications 6, 8694 (2015).
• Sutherland, BR, Hoogland, S, Adachi, MM, Kanjanaboos, P, Wong, CTO, McDowell, JJ, Xu, J, Voznyy, O, Ning, Z, Houtepen, AJ, Sargent, EH, 鈥淧erovskite Thin Films via Atomic Layer Deposition,鈥� Advanced Materials 27, 53-58 (2015).
• Sutherland, BR, Hoogland, S, Adachi, MM, Wong, CTO, Sargent, EH, 鈥淐onformal organohalide perovskites enable lasing on spherical resonators,鈥� ACS Nano 8, 10947-10952 (2014).
• Adachi, MM, Labelle, AJ, Thon, SM, Lan, X, Hoogland, S, Sargent, EH, Broadband solar absorption enhancement via periodic nanostructuring of electrodes, Scientific Reports 3, 2928 (2013).
• Adachi, MM, Anantram, MP, Karim, KS, Core-shell silicon nanowire solar cells, Scientific Reports 3, 1546 (2013).
• Adachi, MM, Anantram, MP, Karim, KS, Optical Properties of Crystalline-Amorphous Core-Shell Silicon Nanowires, Nano Letters 10 (10), 4093-4098 (2010).