Please be advised of scheduled maintenance on Monday, October 7, 2024 beginning at approximately 2 pm EDT/ 11 am PDT. Expect a downtime of approximately 2 hours, barring any difficulties. All running tool sessions will expire during the maintenance window, please plan accordingly. We apologize for any inconvenience.

Dragica Vasileska Contributions on the nanoHUB

Research Activities Within Prof. Vasileska’s Group COMPUTEL

1. Green’s functions Approach for low-field transport in Inversion layers

2. High-Field Ballistic Green’s Function Approach Using the CBR Method

Invited Review Paper

3. Random Dopant and Unintentional Dopant Fluctuations Modeling Using Particle-Based Device Simulations

Invited Review Paper

4. Random Telegraph Noise Modeling With Particle-Based Device Simulations

5. Full-Band Modeling of p-Channel SiGe MOSFET Devices

paper

6. Modeling Self-Heating Effects in Nanoscale Transistors

Invited Review Paper

7. Modeling of GaN HEMTS With Particle-Based Device Simulations

8. Phonon Particle-Based Device Simulator

in progress

Dragica Vasileska Contributions on the nanoHUB

Research Activities Within Prof. Vasileska’s Group COMPUTEL

1. Green’s functions Approach for low-field transport in Inversion layers

2. High-Field Ballistic Green’s Function Approach Using the CBR Method

3. Random Dopant and Unintentional Dopant Fluctuations Modeling Using Particle-Based Device Simulations

4. Random Telegraph Noise Modeling With Particle-Based Device Simulations

5. Full-Band Modeling of p-Channel SiGe MOSFET Devices

6. Modeling Self-Heating Effects in Nanoscale Transistors

7. Modeling of GaN HEMTS With Particle-Based Device Simulations

8. Phonon Particle-Based Device Simulator

9. Modeling of HgCdTe Photodetectors