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  Full name: Mohammad Vahedi

  Position: Assistant Professor

  Phone: 98-21-77451500-10 Ex: 5889

  Fax: 98-21-77240497

  Email: mvahedi AT iust.ac.ir

  Address: Iran University of Science & Technology, Tehran, Iran

  University Degrees:

  • Ph.D: Sharif University of Technology, Tehran, Iran

  • MS.c: Sharif University of Technology, Tehran, Iran

  • BS.c: University of Tabriz, Tabriz, Iran

  Current Research:

• Photonic Microresonators
• Biophotonics (Biosensors) 

Publications- Journal Papers:

1. Designing ultra-compact high efficiency electro-optical plasmonic switches by using of nanocavity reflectors

   Y Shahamat, M Vahedi

   Optics Communications, 410, 25 (2018) Q1

2. Pump-tuned plasmon-induced transparency for sensing and switching applications

   Y Shahamat, M Vahedi

   Optics Communications, 401, 40 (2017) Q1

3. Terahertz plasmon-induced transparency based on asymmetric dual-disk resonators coupled to a semiconductor InSb waveguide and its biosensor application

   Y Shahamat, M Vahedi

   Optical Engineering, 56, 067109 (2017) Q2

4. The role of refractive index gradient on sensitivity and limit of detection of microdisk sensors

Z Najafi, M Vahedi, A Behjat

Optics Communications, 374, 29 (2016) Q1

5. Analysis of chaotic behavior in an optical microresonator

M Vahedi, AR Bahrampour, HR Safari

Optics Communications, 332, 31 (2014) Q1

6. A theoretical multi-reflection method for analysis of optomechanical behavior of the Fabry–Perot cavity with moving boundary condition

AR Bahrampour, M Vahedi, M Abdi, R Ghobadi, M Golshani, S Tofighi, B Parvin

Optics Communications, 284, 4789 (2011) Q1

7. A variational method for designing wavelets to match a specified signal

AR Bahrampour, S Izadnia, M Vahedi

Signal Processing, 88, 2417 (2008) Q2

8. Lagrangian approach for analysis of radiation pressure induced parametric instability in micro-resonators

AR Bahrampour, M Vahedi, M Abdi, R Ghobadi

Physics Letters A, 372, 6298 (2008) Q1

  Conferences : 

•  “Radiation Pressure Induced Parametric Instability in Micro-resonators”, First Mediterranean Photonics Conference, 2008, Napoli, Italy