TS. Nguyễn Mai Chung

Quá trình học tập 

2006 – 2010: Cử nhân, Trường Đại học Sư phạm Hà Nội,

2010 – 2012: Thạc sĩ, Trường Đại học Sư phạm Hà Nội

2013 – 2016: Tiến sĩ, Trường Đại học Paris Sud, Paris Saclay

Môn giảng dạy

Probability and Statistics, Mathematics Tools, Fundamental Physics I, Fundamental Physics II, Mathematics, Physics, Material for energy

Hướng nghiên cứu

Vật liệu cho năng lượng: Mô hình hoá và mô phỏng vật liệu ứng dụng trong lĩnh vực điện tử và năng lượng. Cụ thể, xây dựng và phát triển các kỹ thuật tính toán mô phỏng cho tính chất điện tử và phonon (lượng tử của dao động mạng tinh thể) của các cấu trúc graphene và vật liệu hai chiều (có cấu trúc mạng tinh thể tương tự graphene). Xem xét khả năng truyền dẫn điện và nhiệt-điện của các linh kiện thực dựa trên những loại vật liệu này.

Các công bố khoa học nổi bật 

• Công bố quốc tế 

1. M. Chung Nguyen, V. Hung Nguyen, H. Viet Nguyen, and P. Dollfus “Strong negative different conductance in strained graphene devices”, Journal of Applied Physics 118, 234306 (2015)
2. M. Chung Nguyen, V. Hung Nguyen, H. Viet Nguyen, J. Saint-Martin and P. Dollfus “Enhanced Seebeck effect in graphene devices by strain and doping engineering”, Physica E, 73, 207212 (2015)
3. V. Hung Nguyen, M. Chung Nguyen, H. Viet Nguyen, J. Saint-Martin and P. Dollfus “Enhanced thermoelectric figure of merit in vertical graphene junctions”, Applied Physics Letters 105, 133105 (2014)
4. M. Chung Nguyen, V. Hung Nguyen, H. Viet Nguyen, and P. Dollfus “Conduction gap in graphene strain junctions: direction dependence”, Semicond. Sci. Technol. 29, 115024 (2014)
5. V. Hung Nguyen, M. Chung Nguyen, H. Viet Nguyen and P. Dollfus “Disorder effects on energy band gap and electronic transport in graphene-nanomesh-based structures”, Journal of Applied Physics 113, 013702 (2013)

• Công bố trong nước 

1. M.-C. Nguyen, and H.-V. Nguyen, “Electron Transport Through Experimentally   Controllable Parabolic Bubbles on Graphene Nanoribbons”, Communications in Physics 3, 32 (2022).

• Hội thảo 

1. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen, and P. Dollfus “Conduction gap in graphene strain junctions: direction dependence”, The ICTP Asian Network School and Workshop on Complex Condensed Matter Systems, University of the Philippines Diliman, Quezon City, Philippines, November, (2019)
2. P. Dollfus, V. Hung Nguyen, V. Truong Tran, M. Chung Nguyen, A. Bournel, J. Saint-Martin “Thermoelectric effects in graphene and graphene-based nanostructures using atomistic simulation”, 26th International Workshop on Power and Timing Modeling, Optimization and Simulation (PATMOS), Bremen, Germany, September, (2016)
3. V. Hung Nguyen, J. Saint-Martin, P. Dollfus, M. Chung Nguyen, H.-Viet. Nguyen “High thermoelectric figure of merit in vertical devices made of stacked graphene layers”, 20th International Conference on Simulation of Semiconductor Processes and Devices (SISPAD),  Washington DC, USA, September, (2015)
4. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen, J. Saint-Martin and P. Dollfus “Strong negative differential resistance in graphene devices with local strain”, 18th International Workshop on Computational Electronics (IWCE), West Lafayette, USA, September, (2015)
5. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “Theoretical study of electronic and thermoelectric nano-devices based on graphene heterostructures”, University of Science and Technology of Hanoi conference, Reims-France, September, (2015)
6. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “Transport gap in graphene strain heterochannels”, the 3rd International Workshop on Theoretical and Computational Physics, Dalat-Vietnam, July, (2015)
7. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen, J. Saint-Martin and P. Dollfus “Enhancement of Seebeck effect in strained graphene PN junctions”, 19th International Conference on Electron Dynamics in Semiconductors, Optoelectronics and Nanostructures, Salamanca-Spain, July, (2015)
8. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “Strain engineering to enhance conduction gap and Seebeck effect in graphene devices”, Journées Nationales du Réseau  Doctoral en Micro-nanoélectronique, Bordeaux-France, May, (2015)
9. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “Theoretical study of electronic and thermoelectric nano-devices based on graphene heterostructures”, University of Science and Technology of Hanoi conference, Montpellier-France, September, (2014)
10. M. Chung Nguyen, V. Hung Nguyen, Huy-Viet Nguyen and P. Dollfus “Conduction gap in unstrained/strained graphene junctions: direction dependence” 17th International Workshop of Computational Electronics, ISBN: 978-2-9547858-0-6 (2014) 223-224; IEEE Xplo, Paris-France, June, (2014)
11. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “Conduction gap in unstrained/strained graphene junctions: direction dependence”, Journées Nationales du Réseau  Doctoral en Micro-nanoélectronique, Lille-France, May, (2014)
12. V. Hung Nguyen, M. Chung Nguyen, H. Viet Nguyen, P. Dollfus “Strategy of strain engineering to improve performance of graphene transistors” Graphene 2014, Toulouse-France, May, (2014)
13. S. Berrada, M. Chung Nguyen, V. Hung Nguyen, H. Viet Nguyen, D. Querlioz, J. Saint-Martin, A. Bournel, C. Chassat and P. Dollfus  “A new route towards high-performance graphene transistors”. The 3nd International Symposium on Graphene Devices, Saint Aubin-France, November, (2012)

• Chương trình hội thảo, hội nghị KHKT khác

1. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen, and P. Dollfus “Theoretical study of electronic and thermoelectric nanodevices based on strained graphene junctions”, The 42nd National Conference on Theoretical Physics (NCTP-42), Cantho, Vietnam, August, (2017)
2. M. Chung Nguyen, H. Viet Nguyen, V. Hung Nguyen and P. Dollfus “A numerical study on electronic bandgap and transport in graphene-nanomesh-based structures”. The 38th National Conference on Theoretical Physics, Danang-Vietnam, August, (2013)
3. M. Chung Nguyen, H. Viet Nguyen and V. Hung Nguyen “Electronic properties and transport in graphene nanomesh based on structures”. The 37th National Conference on Theoretical Physics, Nghean-Vietnam, August, (2012)
4. M. Chung Nguyen, “Quasi- bound state of Dirac Fermion in magnetic Graphene Quantum Dot”. The Proceedings of the conference for Students’ scientific research, Hanoi National University of Education, May, (2010)