New: in June 2006 I have completed my PhD in astrophysics. As of october 2006 I will be a research associate at the Physics Department, University of Novi Sad, Serbia.

Get my CV and disertation here.

  My research interests include predominantly topics in nuclear and particle astrophysics:

          - cosmic rays (Galactic and structure formation cosmic rays)

          - gamma rays

          - deuterium and LiBeB (particularly lithium) evolution

          - Big Bang nucleosynthesis      

Everything is connected. Thus the main approach that I take in my research is exploiting and establishing connections between different topics, and exploring their implications.   

High-energy Particles, Gamma Rays, Lithium and Deuterium

Diffuse Gamma Rays from the Galactic Plane: Probing the "GeV Excess" and Identifying the "TeV Excess"

           Tijana Prodanović, Brian D. Fields and John F. Beacom

The Astroparticle Physics 27, 10-20 (2007)

           preprint: astro-ph/0603618 ;;Electronic AP

Can Galactic Cosmic Rays Account for Solar Lithium-6 Without Overproducing Gamma Rays?

           Tijana Prodanović and Brian D. Fields

The Astrophysical Journal Letters, 645 , L125-L128 (2006)

           preprint: astro-ph/0605675 ; Electronic ApJL

Lithium-6 and Gamma Rays: Complementary Constraints on Cosmic-Ray History

           Brian D. Fields and Tijana Prodanović

The Astrophysical Journal, 623,  877-888 (2005)

           preprint: astro-ph/0407314 ; Electronic ApJ

Structure Formation Cosmic Rays: Identifying Observational Constraints

           Tijana Prodanović and Brian D. Fields

Serbian Astronomical Journal, 170,  33-45 (2005)

           .pdf version available online  

Lithium-6 and Gamma Rays: Constraints on Primordial Lithium, Cosmic Rays and Cosmic Star Formation

 

Tijana Prodanović and Brian D. Fields

          Nuclear Physics A, 758, 799c-802c (2005)

Probing Primordial and Pre-Galactic Lithium with High-Velocity Clouds

           Tijana Prodanović and Brian D. Fields

The Astrophysical Journal Letters, 616, 115-118 (2004)

           preprint: astro-ph/0412238 ; Electronic ApJL

The Pionic Contribution to Diffuse Gamma Rays: Upper Limits

           Tijana Prodanović and Brian D. Fields

Astroparticle Physics, 21, 627-635 (2004)

           preprint: astro-ph/0403300 ; ; Electronic APh

On Non-Primordial Deuterium Production by Accelerated Particles

           Tijana Prodanović and Brian D. Fields

The Astrophysical Journal, 597, 48-56 (2003)

           preprint: astro-ph/0307183 ; Electronic ApJ

McGill University colloquium, January 2006: "Probing Dark Matter and Pre-Galactic Lihium Production with Hadronic Gamma Rays"

CITA colloquium, January 2006: "Probing Dark Matter and Pre-Galactic Lihium Production with Hadronic Gamma Rays"

North Carolina State University colloquium, December 2005: "Probing Dark Matter and Pre-Galactic Lihium Production with Hadronic Gamma Rays"

TeV Particle Astrophysics Workshop, Fermilab, July 2005:"Diffuse Gamma Rays: A Model Independent Approach"

Great Lakes Cosmology VII, Ann Arbor, May 2003: "On Non-Primordial Deuterium Production by Accelerated Particles"

Lithium-6 and Gamma Rays: Constraints on Primordial Lithium, Cosmic-Rays and Cosmic Star Formation

           Tijana Prodanović and Brian. D. Fields

 Nuclei in the Cosmos VIII Symposium, Vancouver, B.C., Canada; July 19-23, 2004

            .ps version             .pdf version

    Brian D. Fields @ University of Illinois at Urbana-Champaign

    Vasiliki Pavlidou @  University of Chicago

    John F. Beacom @  Ohio State University