Ultrashort Quantum Beam Facility
Whatis the Ultrashort Ultraintense Laser?
- Ultrashort ultraintense lasers generate optical pulses having power over 10TM.
- [terawatt = 1012 watt] and pulsewidth shorter than hundreds offs [fs=10-15g].
- The generated optical pulse. when focused, provides extremely strong electromagnetic field.
- When such an ultraintense electromagnetic field interacts with matter physical conditions, impossible to be obtained by other means, are made, and new physical phenomena can be observed.
Ultrashort - Ultraintense Laser Systems
Ultrahigh - power Lasers
- PULSER 1 and 2: ) 1 PW, 30J/pulse, 30 fs - 10 ps, 0.1 Hz 2 PW. 60J/pulse [simultaneous use of PULSER1 and PULSER21
- LiFSA: 100 TW, 3.5 J/ pulse, 30 fs - 10 ps, 10Hz, 2 beam lines
High - rep. - rate Middle / Low - power Lasers
- 100kHz, 30uj pulse, 40 fs
- 1 kHz. 10 mJ/ pulse, 25 fs.5 fs(CEP contrel)
- 10 Hz. 10 mJ/pulse. 37 fs, OPCPA
Ultraintense Laser - Matter Interaction Laboratories
Interaction Experiment Labs
- Simultaneous use of two laser beams
- Beam position monitors for optical alignment
- Plasma mirrors for high - contrast pulses
- Adaptive optic systems for improved focusing and wavefront control
- Target mounts and basic diagnostics equipment / devices
Equipped Diagnostics
- Proton / ion time - of - flight spectrometer (TOF). Thomson parabola spectrometer (TP), hybrid TOF- TP spectrometer
- Electron: TP, intensified CCD
- X-ray: flat - field XUV spectrometer, hard x-Ray spectrometer, ×- Ray pinhole camera
Research Using Ultrashort Ultaintense Lasers
- Physics in Extreme Physical Environments
- Secondary Sounces
- Application of Secondarty Sources