Vladislav Damjanovic Lecturer and CDMA Research Affiliate Room G18E Office Hours   Telephone +44(0)1334 462419 Fax +44(0)1334 462444 Email Personal Web Page
About	Dr. Vladislav Damjanovic is an affiliated member of CDMA where he finished his PhD in Economics. He was born in Cetinje, the old capital of Montenegro. His first education was in Theoretical Physics with degrees from University of Belgrade (MSc) and Lomonosov - Moscow State University (PhD) and a number of refereed publications in international journals. He joined us from the Institute for Studies in Finance at Essex University where he got a Postgraduate Diploma in Computational Finance while working on his PhD. Recently Vladislav has obtained Royal Economics Society Fellowship. Vladislav works on dynamical systems.
Teaching	EC1002: Microeconomics (Tutorials) EC2008: Topics in Finance EC4201: Economic Analysis
Research	Models of State-Dependent Pricing
Selected Publications	Damjanovic, V. and Nolan, C. (2006), 'Aggregation and Optimization with State-Dependent Pricing: A Comment', Econometrica, 74(2), pp. 565-73. Damjanovic, T., Damjanovic, V. and Nolan, C. (2007), 'Unconditionally Optimal Monetary Policy', forthcoming in Journal of Monetary Economics.
CDMA Working Papers	0505: Vladislav Damjanovic & Charles Nolan, 'Aggregate Dynamics with Heterogeneous Agents and State-Dependent Pricing' 0506: Vladislav Damjanovic & Charles Nolan, 'Aggregation and Optimization with State-Dependent Pricing: A Comment' 0510: Tatiana Damjanovic, Vladislav Damjanovic & Charles Nolan, 'Optimal Monetary Rules from a Timeless Perspective' 0606: Tatiana Damjanovic, Vladislav Damjanovic and Charles Nolan, 'Optimal Time Consistent Monetary Policy'. 0709: Vladislav Damjanovic & Charles Nolan, 'S,s Pricing in General Equilibrium Models with Heterogeneous Sectors'. 0721: Tatiana Damjanovic, Vladislav Damjanovic and Charles Nolan, 'Unconditionally Optimal Monetary Policy' 0804: Tatiana Damjanovic, Vladislav Damjanovic and Charles Nolan, Linear Quadratic Approximation to Unconditionally Optimal Policy: The Distorted Steady-State