Team

Principle Investigators

Prof. Dr. Hatef Sadeghi


Professor of Computational Quantum EngineeringUKRI Future Leaders Fellow, FHEA
Materials and devices for quantum energy harvesting, conversion, and storage
D224, School of EngineeringUniversity of Warwick, CV4 7AL Coventry, United Kingdom
Hatef.Sadeghi [at] warwick.ac.ukORCID | Google Scholar | ResearchGate | Twitter 

Dr. Sara Sangtarash


Assistant Professor of NanoelectronicsLeverhulme Fellow
Materials and devices for quantum switching and sensing
A415, School of EngineeringUniversity of Warwick, CV4 7AL Coventry, United Kingdom
Sara.Sangtarash [at] warwick.ac.ukORCID | Google Scholar | ResearchGate | Twitter 

Current Members

Dr. Abdalghani Daaoub

Postdoctoral Research Fellow

Abdalghani.H.S.Daaoub[at]warwick.ac.uk
PhD in Physics - Nanoelectronics, interested in studying quantum transport through molecular scale materials.

Dr. Mohammad Taghi Ahmadi

Postdoctoral Research Fellow

Mohammad.Ahmadi[at]warwick.ac.uk
PhD in Nanoelectronics - interested in studying nanoelectronic devices.

Mr. Nickel Blankevoort

PhD Student

Nickel.Blankevoort[at]warwick.ac.uk
Mechanical engineering background, currently specializing in theoretical investigation of quantum transport through new molecular structures for nanoelectronic applications

Mr. Yahia Chelli

PhD Student

Yahia-John.Chelli[at]warwick.ac.uk
Mechanical engineering background, presently working within the quantum transport field for nanoelectronics devices by the theoretical analysis of quantum transport through novel nanoscale molecular junctions.

Ms. Munirah Alsaqer

PhD Student

Munirah.Alsaqer@warwick.ac.uk
Physics background, working on the quantum transport through organometallic molecules for molecular electronics devices.

Mr. James Targett

PhD Student

J.Targett.1[at]warwick.ac.uk
Manufacturing & mechanical engineer and applied quantum physicist, currently specialising in molecular electronics, nanoelectronics engineering and quantum mechanics.

Mr. Liyuan Zheng

PhD Student

Liyuan.Liyuan[at]warwick.ac.uk
Mechanical engineering background, working on phonon and heat transport through organic molecules for thermoelectric applications.

Mr. Lewis Hamilton

PhD Student

Lewis.Hamilton[at]warwick.ac.uk
Mechanical engineering background, working on quantum transport through graphene nanoribbons and nanographene molecules for thermoelectric applications.

Mr. Erfan Norouzi Farahani

PhD Student

Erfan.Norouzi-Farahani[at]warwick.ac.uk

Mr. Luke Stride

Undergraduate Project Student

Luke.Stride[at]warwick.ac.uk

Ms. Emma Riley

Undergraduate Project Student

Emma.Riley[at]warwick.ac.uk

Mr. Ben Tokell

Undergraduate Project Student

Benjamin.Tokell[at]warwick.ac.uk

Mr. Winson Wang

Undergraduate Project Student

Winson.Wang[at]warwick.ac.uk

Alumni

PhD thesis title: Quantum Theory of Electron Transport Through Photo-Synthetic Porphyrins
PhD thesis title: Theory of Molecular-scale Transport in Graphene Nanojunctions
PhD thesis title: Quantum transport through conjugated organic molecular junctions
PhD thesis title: Modelling and mathematical analysis of quantum systems
PhD thesis title: Theory of molecular-scale transport in nanojunctions
PhD thesis title: Theory of sorption and electronic transport in amorphous polymers and single molecules
PhD thesis title: Theory of electron transport through single molecules
PhD thesis title: Quantum Theory of Electron Transport in Molecular Nanostructures
MSc thesis title: Theory of electron transport through quinoids
MSc thesis title: Theory of electron transport through PAHs
MSc thesis title: Functional molecules for thermoelectric energy harvesting
MSc thesis title: Thermoelectrical Properties of POMS
Undergraduate project title: Heat transfer through molecules due to electrons
Undergraduate project title: Heat transfer through molecules due to phonons
MSc thesis title: Theory of Nanoelectronics with Mechanosensitive Materials
MSc thesis title: Electronic properties of 2D layered transition metal dichalcogenides
Undergraduate project title: Quantum Transport through Magnetic Nanographene
Undergraduate project title: Quantum Transport through Strained Nanographene
Undergraduate project title: 
Undergraduate project title: The effect of inter-molecular interactions on quantum transport through organic molecules