에너지시스템사업단 교수 목록

교수/연구실소개
전임 교수소개

교수정보의 상세 화면-2019
이름 KUMARMOHIT 학력 박사 전공 신소재공학전공(과)
정보	연구실 : 연구실번호 : 이메일 : mohitiopb@gmail.com 연구관심분야 : - 뉴로모픽 컴퓨팅, 전기 전송 속성, 광전자공학, 저항성 스위칭 홈페이지1 : - mohitiopb@ajou.ac.kr
학력	졸업연도/학교/학위 2016.01 Homi Bhabha National Institute 박사
논문 및 연구활동	연구활동(주요논문) [논문] KUMARMOHIT, 김지수, 임석원, 서형탁, Picoampere Dark Current and Electro-Opto-Coupled Sub-to-Super-linear Response from Mott-Transition Enabled Infrared Photodetector for Near-Sensor Vision Processing , ADVANCED MATERIALS , Vol.35 , pp.2210907 -2210907 (Mar, 2023) [논문] KUMARMOHIT, 서형탁, Millimeter-range Induced Flexo-Pyrophotronic Effect in Centrosymmetric Heterojunction for Ultrafast Night-Photomonitoring , ADVANCED FUNCTIONAL MATERIALS , Vol.33 , pp.2210621 -2210621 (Feb, 2023) [논문] KUMARMOHIT, 한승익, 임석원, 서형탁, Hybrid Volatile/Nonvolatile Resistive Switching Memory in Ternary Metal Oxide Enabling Hopfield Neural Classification , ACS Applied Electronic Materials , Vol.5 , pp.896 -904 (Feb, 2023) [논문] KUMARMOHIT, 서형탁, Adaptive Memory and In Materia Reinforcement Learning Enabled by Flexoelectric-like Response from Ultrathin HfO2 , ACS Applied Materials & Interfaces , Vol.14 , pp.54876 -54884 (Nov, 2022) [논문] 이왕곤, 최효빈, KUMARMOHIT, 신희철, 임재성, 서형탁, Interface and bulk engineering of VO2 thin film deposited on Si for multi-level metal-to-insulator transitions , APPLIED SURFACE SCIENCE , pp.155648 -155654 (Nov, 2022) 국제학술논문지 [논문] KUMARMOHIT, 김지수, 임석원, 서형탁, Picoampere Dark Current and Electro-Opto-Coupled Sub-to-Super-linear Response from Mott-Transition Enabled Infrared Photodetector for Near-Sensor Vision Processing , ADVANCED MATERIALS , Vol.35 , pp.2210907 -2210907 (Mar, 2023) [논문] KUMARMOHIT, 서형탁, Millimeter-range Induced Flexo-Pyrophotronic Effect in Centrosymmetric Heterojunction for Ultrafast Night-Photomonitoring , ADVANCED FUNCTIONAL MATERIALS , Vol.33 , pp.2210621 -2210621 (Feb, 2023) [논문] KUMARMOHIT, 한승익, 임석원, 서형탁, Hybrid Volatile/Nonvolatile Resistive Switching Memory in Ternary Metal Oxide Enabling Hopfield Neural Classification , ACS Applied Electronic Materials , Vol.5 , pp.896 -904 (Feb, 2023) [논문] KUMARMOHIT, 서형탁, Adaptive Memory and In Materia Reinforcement Learning Enabled by Flexoelectric-like Response from Ultrathin HfO2 , ACS Applied Materials & Interfaces , Vol.14 , pp.54876 -54884 (Nov, 2022) [논문] 이왕곤, 최효빈, KUMARMOHIT, 신희철, 임재성, 서형탁, Interface and bulk engineering of VO2 thin film deposited on Si for multi-level metal-to-insulator transitions , APPLIED SURFACE SCIENCE , pp.155648 -155654 (Nov, 2022) [논문] IQBAL SHAHID, KUMARMOHIT, Le Thai Duy, SIAL QADEER AKBAR, 서형탁, Thermal Nanostructuring for Rectifying Resistive Switching Behaviors of Cobalt Oxide Neuromorphic Devices , ACS Applied Electronic Materials , pp.5573 -5581 (Oct, 2022) [논문] 신희철, KUMARMOHIT, 이왕곤, 임재성, 최효빈, 김윤수, 임한, 정형석, 서형탁, Interfacial engineering of ZrO2 metal-insulatormetal capacitor using Al2O3/TiO2 buffer layer for improved leakage properties , JOURNAL OF ASIAN CERAMIC SOCIETIES , Vol.10 , pp.649 -659 (Aug, 2022) [논문] Ranveer Singh, KUMARMOHIT, 김운정, 서형탁, Self-Powered and High-Performance Alternating Current Photodetectors to enhance Broadband Photodetection , Advanced Electronic Materials , pp.202200392 -202200400 (Jul, 2022) [논문] KUMARMOHIT, 서형탁, Ultrahigh-Speed Near-Infrared Electrodynamic Solid-State Trans-Memory , ACS Applied Electronic Materials , Vol.4 , pp.2906 -2914 (May, 2022) [논문] KUMARMOHIT, 박지용, 서형탁, Boosting Self-Powered Ultraviolet Photoresponse of TiO2-Based Heterostructure by Flexo-Phototronic Effects , ADVANCED OPTICAL MATERIALS , pp.2102532 -2102540 (Mar, 2022) [논문] KUMARMOHIT, 김운정, 이왕곤, 서형탁, Ultrahigh-Speed In-Memory Electronics Enabled by Proximity-Oxidation-Evolved Metal Oxide Redox Transistors , ADVANCED MATERIALS , Vol.34 , pp.2200122 -2200122 (Mar, 2022) [논문] KUMARMOHIT, IQBAL SHAHID, 김운정, 안영환, 서형탁, Site-Specific Regulated Memristors via Electron-Beam-induced Functionalization of HfO2 , SMALL , pp.2105585 -2105585 (Feb, 2022) [논문] SIAL QADEER AKBAR, IQBAL SHAHID, KUMARMOHIT, Shankara S. Kalanur, 서형탁, Artificial Nociceptor Using Liquid Ionic Memory , ADVANCED ELECTRONIC MATERIALS , pp.2101066 -2101073 (Feb, 2022) [논문] KUMARMOHIT, 서형탁, High-Performing Self-Powered Photosensing and Reconfigurable Pyro-photoelectric Memory with Ferroelectric Hafnium Oxide , ADVANCED MATERIALS , pp.2106881 -2106881 (Feb, 2022) [논문] KUMARMOHIT, 박지용, 임재성, 서형탁, Flexoelectric effect driven colossal triboelectricity with multilayer graphene , CURRENT APPLIED PHYSICS , pp.59 -65 (Dec, 2021) [논문] KUMARMOHIT, 임재성, 서형탁, Highly transparent reconfigurable non-volatile multilevel optoelectronic memory for integrated self-powered brain-inspired perception , NANO ENERGY , pp.89 -89 (Nov, 2021) [논문] KUMARMOHIT, 서형탁, Mimicking Melanopsin Behavior with Integrated Photoregulated Memory , ADVANCED OPTICAL MATERIALS (Oct, 2021) [논문] 강현우, KUMARMOHIT, Ranveer Singh, 고민환, 이왕곤, 최효빈, 서형탁, Surface hydrogeneration of vanadium dioxide nanobeam to manipulate insulator-to-metal transition using hydrogen plasma , JOURNAL OF ASIAN CERAMIC SOCIETIES , pp.1310 -1319 (Sep, 2021) [논문] Ranveer Singh, IQBAL SHAHID, KUMARMOHIT, 강현우, 김운정, 박지용, 서형탁, Electric Field-Induced Area Scalability toward the Multilevel Resistive Switching , ADVANCED MATERIALS INTERFACES (Aug, 2021) [논문] IQBAL SHAHID, KUMARMOHIT, Le Thai Duy, Ranveer Singh, 강현우, 박주철, 서형탁, Femtojoule-Power-Consuming Synaptic Memtransistor Based on Mott Transition of Multiphasic Vanadium Oxides , ADVANCED FUNCTIONAL MATERIALS (Jul, 2021) [논문] IQBAL SHAHID, KUMARMOHIT, Ranveer Singh, SIAL QADEER AKBAR, 서형탁, Substrate-morphology driven tunable nanoscale artificial synapse , JOURNAL OF ASIAN CERAMIC SOCIETIES , pp.1 -10 (Jun, 2021) [논문] KUMARMOHIT, 박지용, 임재성, 서형탁, Controllable, Self-Powered, and High-Performance Short-Wavelength Infrared Photodetector Driven by Coupled Flexoelectricity and Strain Effect , SMALL METHODS , pp.5 -5 (May, 2021) [논문] KUMARMOHIT, 박지용, 임재성, 김상완, 서형탁, Ultrafast Nanoscale Gradient Junction Self-Powered Schottky Photodetectors for Vision-Like Object Classification , ADVANCED OPTICAL MATERIALS (May, 2021) [논문] KUMARMOHIT, 박지용, 서형탁, An Artificial Mechano-Nociceptor with Mott Transition , SMALL METHODS , Vol.5 , pp.2100566 -2100566 (May, 2021) [논문] KUMARMOHIT, 박지용, 신희철, 최효빈, 김상완, 서형탁, Point-contact enabled reliable and low-voltage memristive switching and artificial synapse from highly transparent all-oxide-integration , JOURNAL OF ALLOYS AND COMPOUNDS , pp.857 -857 (Mar, 2021) [논문] KUMARMOHIT, 최효빈, Chaitali Jagannath Pawase, 김상완, 서형탁, Light-Regulated Mott Transition for On-Demand Multilevel Memory Storage, Processing, and Energy Efficient Machine Vision , ADVANCED ELECTRONIC MATERIALS (Mar, 2021) [논문] KUMARMOHIT, 박지용, 서형탁, High-Performance and Self-Powered Alternating Current Ultraviolet Photodetector for Digital Communication , ACS APPLIED MATERIALS AND INTERFACES , pp.12241 -12249 (Mar, 2021) 국내학술논문지 [논문] 임재성, KUMARMOHIT, 서형탁, High-Performance Schottky Junction for Self-Powered, Ultrafast, Broadband Alternating Current Photodetector , 한국재료학회지 , Vol.32 , No.8 , pp.333 -337 (Aug, 2022) 국제학술발표 [학술회의] 임석원, 서형탁, KUMARMOHIT, 김덕환, 김지수, 김지웅, 박지영, 안영환, 전예린, Characterization of The Mechanism of Annealing and Crystal Phase for Mott-Transistor Operation , 국제반도체제조기술학술대회 (Nov, 2022) [학술회의] IQBAL SHAHID, 서형탁, KUMARMOHIT, Ranveer Singh, 강현우, Low-Power Synaptic Memtrasistor based on vanadium oxides , IUMES-ICA 2021 (Oct, 2021) 국내학술발표 [학술회의] 임석원, 서형탁, KUMARMOHIT, 김덕환, 김지수, 김지웅, 박지영, 안영환, 전예린, Ferroelectric HfO2의 Polarization Gating을 활용한 Non-Volatile VO2 Mott-Transistor 소자 개발 및 전기적 특성 분석 , 2022 한국재료학회 추계 학술대회 (Nov, 2022) [학술회의] 임석원, 서형탁, KUMARMOHIT, 안영환, 증착 및 열처리 공정 제어와 소자 구조에 따른 HfO2 박막의 강유전성 및 전기적 특성 분석 , 2022 한국재료학회 춘계 학술대회 (May, 2022)
특허 및 기타	[특허] 서형탁, KUMARMOHIT, 강유전성 로직인메모리 터널링 소자 및 강유전성 로직인메모리 터널링 소자 제조 방법 (출원) (10-2023-0063958) (May, 2023) [특허] 서형탁, KUMARMOHIT, 스위칭 소자, 확률 컴퓨팅 소자 및 이를 포함하는 확률 컴퓨팅 장치 (출원) (10-2022-0122006) (Sep, 2022) [특허] 서형탁, KUMARMOHIT, 프로세스-인-메모리 소자, 이를 포함하는 뉴로모픽 컴퓨팅 장치 및 이의 제조 방법 (출원) (10-2022-0121838) (Sep, 2022) [특허] 서형탁, KUMARMOHIT, 변전 효과를 이용한 광센서 및 이를 구비하는 바이오 진단 장치 (출원) (10-2022-0075368) (Jun, 2022) [특허] 서형탁, KUMARMOHIT, 파이로 전기 특성을 갖는 강유전체 박막을 구비하는 광센서 및 메모리 장치 (출원) (10-2022-0068157) (Jun, 2022)

빠른 이동 메뉴