Topics below are linked to the published literature of the research work.

1. Spectral and Spatial Distrubution of Betatron Radiation
2. Beam Loading of Plasma Wakes by DIstributed Trapping of Electrons
3. Monoenergetic Ion Generation in a Plasma
4. Highest Power CO2 Laser in the World
5. Propagation of Positron Beams in Long Plasma Columns
6. Ionization Induced Trapping in Laser and Beam Driven Wakes
7. Positron Generation from Betatron X-Rays
8. Breaking the GeV Barrier in a Plasma Accelerator
9. Dynamical Focusing of a Positron Beam by a Plasma Lens
10. Acceleration of Positron by a Plasma Wakefield
11. Envelope Oscillations of Ultra-Relativistic Electron Beam in a Plasma Column
12. Collimated X-Ray Generation by Betatron Motion in a Plasma
13. Refraction of an Electron Beam at a Plasma-Vacuum Interface
14. Efficiency of Hot Electron Generation in Sub-ps Solid Target Interaction
15. Electron Energies Beyond the Cold Plasma Wavebreaking Limit
16. Transient Self-Focusing and Forward Brillouin Scattering in a Plasma
17. Coupling Between SRS and Beat Wave
18. Transition from SRC to SCS
19. Wavebreaking of RFS Plasma Waves
20. Overdense Plasma as a Lens for Relativistic Electrons
21. Trapping and Acceleration of Externally Injected Electrons by a Relativistic Plasma Wave
22. Acceleration of Externally Injected Electrons by Relativistic Plasma Waves
23. Modified Simon-Hoh Instability and Its Nonlinear Evolution
24. Generation of Tunable Radiation by Ionization Fronts
25. Observation of Stimulated Compton Scattering in a Laser Plasma
26. Four Wave Mixing in a Plasma
27. Quasi-Mode Generation by Electrostatic Mode Coupling Between SBS & Beat Wave
28. Beat-Wave Excitation of Relativistic Plasma Waves
29. Ion Trapping Saturation of SBS
30. Self Focusing of a Laser Pulse due to a Beat Excited Relativistic Plasma Wave
31. Raman Forward Scattering and Electron Acceleration
32. Demonstration of Self-Guiding of Relativistically Intense Laser Pulses in the Blow-out Regime of LWFA
33. Self-Guided Laser Wakefield Acceleration with Self-Trapping and Ionization-Induced Injection
34. Energy Transfer Between Identical Frequency Laser Beams in a Flowing Plasma
35. Strongly Coupled Stimulated Raman-Scattering in Laser-Plasma Interaction
36. Plasma Physics Aspect of Tunnel Ionized Gain
37. Energy Doubling of 42 GeV Electrons in a Meter-Scale Plasma Wakefield Accelerator
38. Scaling Laws for Laser Wakefield Accelerator Operating in the Blow-Out Regime