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Prof.Gizachew Diga
APID: 5758
capProfessor at Jimma University Jimma, Oromia
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My Biography

Gizachew was born in 1985. He joined his childhood More education at Semmuna primary school in 1996 and completed his 1st and 2nd cycles of primary education there. He then
Joined secondary education at Fofa secondary and preparatory school, located at Yem special woreda, south nations nationalities, and peoples regional government, Ethiopia. When he was learning his secondary school, he had been wishing to meet an engineering education. However, as a matter of chance, he meet natural science and joined the physics department at Jimma University in 2008. He received his bachelor of degree in physics. Then he joined Wolaita Sodo University and graduated post-graduate diploma in the pedagogy of Physics education. Two years later, he joined Dilla University and attended his postgraduate degree, and graduated in Solid state Physics. Now he is a Solid State Physics Instructor at Jimma University. By virtue of Richard Feynman and his college, he is attending courses related to Nanoscience and Technology in worldwide Universities and attended different conferences worldwide.

Area Of Expertise

Computer skills, good communication skills English and Amharic, Research design and development, active teaching Instructor, peer reviewer, research scientist, particularly Physics, nanotechnology, nanomedicine, and therapeutic techinques including Cell, Gene, Immunotherapy and theranostics. based courses.

Area of Intrest

Nanoscience and Technology, Solid state Physics, diluted magnetic semiconductors, Nanotechnology, Personalized Medicine, Nanomedicine , gynecologic Oncology, Lung and Heart cancer/lung transplantation, spinal and Muscular Atroph (SMA), therapeutics and theranostics)

Honors and Awards


Certificate award by International conference on emerging material and nanotechnology (The london bio science and innovation centre, London, International institute of Medicine and science, USA, University of Bayblon, Iraq ) , International congress in life science, social and physical science, International congress on life science, social science and Health science, International congress on life science, physical science and health science, International journal of electrical machines and derives, International journal of chemical science and reactions, Jimma University, etc. on 26/01/2020
best

Career Timeline

Academic Identity

User not updated academic id.

Project: Carbon nanotube and Fullerene, for applications in space probe studies
Goal: to investigate the intrinsic pbehavior of carbon nanotubes and fullerene in relation to space origin.
Current Stage: applying for funding
Starting Date: 30/09/2022
Sponsored by: –
Projects
Project: Monitoring eddy current density fluctuations & managing electrical power loss in Al2O3 Nanowire
Goal: to investigate the origin of eddy current,identify the underlining cause of power loss, & searching for better power management system.
Current Stage:
Starting Date: 25/05/2023
Sponsored by: self
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal: Determining the magneto -optical effects on molecular nanophotonics crystals & determining threshold frequency for photovoltaic cells
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: The status of Nanotechnology in Ethiopia; extension strategies and nanotechnology educations, pinpointing the future of Nanotechnology
Goal: assessing the status of nanotechnology in Ethiopia, stating strategies and pinpointing the future of nanotechnology research development
Current Stage: applying for funding, concept note development
Starting Date: 15/09/2023
Sponsored by: Ju
Projects
Project: The essence of Nanotechnology in molecular electronics and Molecular Medicine
Goal: To demystfy the essence of Nanotechnology in Molecular system
Current Stage: analyzing data
Starting Date: 11/12/2023
Sponsored by: STM journal (Journal of life science )
Projects
Project: Nanoscale properties of magnetic Solids and their Potential role in sustainable energy technology
Goal: This project is aimed to investigate the nanoscale properties of magnetic solids and their poetntial role in sustainable energy technology. Particularly, it will explore the crystalline structures and the phenomenon of electromagnetic interaction at nanosize. Then mechanism of optimizing these properties to sustainable energy technologies including energy storage technology is demystified.
Current Stage: Applying for funding.
Starting Date: 10/09/2025
Sponsored by: Self
Projects
Project: The physics of solids; Magnetic and thermal interactions at nanoscale Phenomenons.
Goal: The goal of this project is to leverage the phenomenon of magnetic and thermal interactions at nanoscale Phenomenon. It is aimed to investigate the interrelation between magnetic and thermals interactions in nanosized solids particularly nanoparticle.s.
Current Stage: Data analysis
Starting Date: 30/08/2025
Sponsored by: Self
Projects
International congress on Life science, physical science, social science and Health
Organizer: Uluslararasl
Start Date: 14/05/2023 | End Date: 15/05/2022
Location: Istanbul, Turkey
Role: Attendee
Conferences

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Dr. Anil Kumar Jharotia

Dr Anil Kumar Jharotia holding the post of University Librarian in THE NORTHCAP UNIVERSITY, Delhi Read More NCR with having 26 years’ experience. PhD, M.Phil, Post Graduate in MLIS, M.A. in Public Administration, M.A. in Sanskrit, PGDM (Marketing), C-Lib and DCA. Published more than 85 Book Chapters/Papers/Articles and presented number of papers in Conferences. Organized many Library events like, Book Exhibition, Webinar, Conference, Workshop, Quiz etc.
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Pritee Raotole

I published worked lot on conducting polymers, synthesis of copolymers against the corrosion of Read More copper and low carbon steel, now my field of interest is synthesis of supercapacitors with different synthesis methods and their application as energy storage material.
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JAYESHKUMAR PRAJAPATI

Hello, I am Dr. J.C.Prajapati from Government Engineering College, Patan,Gujarat,India.

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Rajendra Dongre

hi

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Gizachew Diga

Hellow world!

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Fatima Tabassum Mouri

I completed B. Arch from Chittagong University of Engineering and Technology and has been teaching Read More Architecture at undergraduate level at Bangladesh University since 2017. I have been involved in several research projects. My research interest based primarily on human wellbeing in indoors and outdoors; and innovative solutions for human settlement and urban environment issues. My research work consists of analyzing the effect of indoor greens on occupants’ wellbeing, proposing temporary design solution for floating population, and proposing vertical greening on flyover pillars to mitigate UHI effect and air pollution. I was also a member of peer review committee in UIA 2023 conference.
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Dr. Manfredo Manfredini

Hello

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Dr. Manfredo Manfredini

Hello

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DR RAGHAVENDAR RAJU L

Recently, I’ve been working on Mobile Ad Hoc Networks, focusing on security and quality of service Read More (QoS). Through the development and implementation of methods such as the Key Exchange Approach, Node Trust Prediction Approach, and Node Activity-based Trust and Reputation Estimation approaches, we have achieved secure routing and improved QoS in MANET. This work holds significant importance.
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Khursheed Alam

I’d like to share how my recent work in mathematical modeling and non-linear dynamical systems is Read More making a meaningful difference, particularly within our research area.
Predictive Power: My research in mathematical modeling equips us with more accurate predictive tools. By better understanding and modeling complex systems, we can anticipate and respond to changes more effectively. This can be especially valuable in [mention a specific application, e.g., ‘climate modeling,’ ‘financial forecasting,’ or ‘epidemiology’].
Problem Solving: In the realm of non-linear dynamical systems, my work focuses on uncovering new solutions to intricate problems. This helps us address challenges that were previously considered too complex or insurmountable. These insights can be applied across various fields, from engineering to biology.
Optimization: Non-linear dynamical systems often involve optimization challenges. My research advances optimization techniques, leading to improved decision-making processes and resource allocation. This means we can achieve better outcomes with fewer resources.
Interdisciplinary Applications: Mathematical modeling and non-linear dynamical systems have broad interdisciplinary applications. My work can be a valuable resource for researchers and practitioners in fields such as [mention relevant fields, e.g., ‘biomedicine,’ ‘environmental science,’ or ‘economics’].
By sharing my recent work, I hope to spark discussions and collaborations that can further amplify the impact of these findings. Let’s explore how we can leverage these insights to address pressing challenges and advance our research area together.
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Publications
Publications
Publications
Publications

Project: Carbon nanotube and Fullerene, for applications in space probe studies
Goal: to investigate the intrinsic pbehavior of carbon nanotubes and fullerene in relation to space origin.
Current Stage: applying for funding
Starting Date: 30/09/2022
Sponsored by: –
Projects
Project: Monitoring eddy current density fluctuations & managing electrical power loss in Al2O3 Nanowire
Goal: to investigate the origin of eddy current,identify the underlining cause of power loss, & searching for better power management system.
Current Stage:
Starting Date: 25/05/2023
Sponsored by: self
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal: Determining the magneto -optical effects on molecular nanophotonics crystals & determining threshold frequency for photovoltaic cells
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: Modulating magneto optical threshold frequency of molecular Nanophotonic crystals
Goal:
Current Stage: Concept development, idea
Starting Date: 01/08/2023
Sponsored by: Searching for sponsors
Projects
Project: The status of Nanotechnology in Ethiopia; extension strategies and nanotechnology educations, pinpointing the future of Nanotechnology
Goal: assessing the status of nanotechnology in Ethiopia, stating strategies and pinpointing the future of nanotechnology research development
Current Stage: applying for funding, concept note development
Starting Date: 15/09/2023
Sponsored by: Ju
Projects
Project: The essence of Nanotechnology in molecular electronics and Molecular Medicine
Goal: To demystfy the essence of Nanotechnology in Molecular system
Current Stage: analyzing data
Starting Date: 11/12/2023
Sponsored by: STM journal (Journal of life science )
Projects
Project: Nanoscale properties of magnetic Solids and their Potential role in sustainable energy technology
Goal: This project is aimed to investigate the nanoscale properties of magnetic solids and their poetntial role in sustainable energy technology. Particularly, it will explore the crystalline structures and the phenomenon of electromagnetic interaction at nanosize. Then mechanism of optimizing these properties to sustainable energy technologies including energy storage technology is demystified.
Current Stage: Applying for funding.
Starting Date: 10/09/2025
Sponsored by: Self
Projects
Project: The physics of solids; Magnetic and thermal interactions at nanoscale Phenomenons.
Goal: The goal of this project is to leverage the phenomenon of magnetic and thermal interactions at nanoscale Phenomenon. It is aimed to investigate the interrelation between magnetic and thermals interactions in nanosized solids particularly nanoparticle.s.
Current Stage: Data analysis
Starting Date: 30/08/2025
Sponsored by: Self
Projects

International congress on Life science, physical science, social science and Health
Organizer: Uluslararasl
Start Date: 14/05/2023 | End Date: 15/05/2022
Location: Istanbul, Turkey
Role: Attendee
Conferences

Editorial Roles
Nanotechnology

Editorial Roles
Medical Sciences

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