A detailed overview of the LOFAR Cycle allocations and observing schedules can be found here.
The list of accepted LOFAR DDT projects is given below.
|
Project Code |
Title |
|
DDT001 |
Radio Recombination Lines Cas A |
|
DDT0004 |
Measuring the energy of Saturns Magnetosphere |
|
DDT0007 |
Supplementary observation of Saturns deep atmosphere with LOFAR for the determination of the abundance of water |
|
DDT_003 |
A joint LOFAR deep field: ELAIS-N1 |
|
DDT_004 |
LOFAR observations of PSR J1713+0747 |
|
DDT_005 |
150 MHz Pulsar VLBI |
|
DDT_006 |
Delving Deeper into the Mystery of Pulsar Mode Switching |
|
DDT0012 |
Investigating the accretion state of the "missing link" pulsar J1023+0038 |
|
DDT1_001 |
LOFAR observations of the currently active transient XTE J1908+094 |
|
DDT1_002 |
HI absorption at z>5 |
|
DDT2_001 |
Search for possible pulsar located at SNR CTA-1 |
|
DDT2_002 |
Simultaneous X-ray/radio observations of the mode-switching B0943+10 |
|
DDT2_003 |
PS86X1-Interplanetary CubeSat and Thin-Film Spacecraft/Lander/Rover Communications and Navigation Pathfinder Experiment with LOFAR and the LuxSpace 4M Lunar Flyby Mission |
|
DDT2_004 |
CANDI2: a LOFAR candidate millisecond pulsar |
|
DDT3_001 |
Simultaeous Observations with LOFAR and (NLR) GNSS receivers |
|
DDT3_002 |
The low-frequency structure and jet kinetic power of 1222+216 |
|
DDT3_003 |
LOFAR observations of the partial solar eclipse on 20 March 2015 |
|
DDT3_004 |
LOFAR Observation of the Passage of a Coronal Mass Ejection |
|
DDT4_002 |
The 2015 V404 Cyg outburst: detecting radio oscillations with LOFAR |
| DDT4_003 | The 2015 V404 Cyg outburst: further monitoring with LOFAR |
| DDT4_004 | LOFAR radio follow-up of a trigger |
| DDT5_001 | Characterizing the Low-Frequency Emission Properties of the Unique Repeating Fast Radio Burst FRB121102 |
| DDT5_002 | Search of radio emission from the 55 Cnc exoplanetary system |
| DDT5_003 | Determining the properties of the first millisecond pulsar discovered by LOFAR |
| DDT5_004 | Interferometric Tracking of Coronal Mass Ejections with LOFAR |
| DDT6_001 | Confirming the first LOFAR pulsar in a Supernova Remnant |
| DDT6_002 | Cygnus X-1 in the hard state: the low radio frequency follow-up |
| DDT6_003 | Time-domain follow up of steep spectrum pulsar candidates |
| DDT7_001 | Following-up the first ever detected accretion burst in a high-mass YSO |
| DDT7_002 | Determining the properties of the fastest-spinning Galactic field millisecond pulsar |
| DDT8_001 | Timing of PSR J0652+47 and testing COBALT-to-DRAGNET recording |
| DDT8_002 | Finishing Cygnus: a new perpspective on the dense, cold gas in the Milky Way |
| DDT8_003 | Specular meteor echo observations with LOFAR International Stations |
| DDT8_004 | The properties of the slowest spinning radio pulsar |
| DDT8_005 | LOFAR Observations of Sep 2017 Solar Activity |
| DDT8_006 | Tracking the Full Passage of an Ultra-Fast Coronal Mass Ejection |
| DDT9_001 | LOFAR observations of the merging galaxy cluster Abell 2146 |
| DDT9_003 | Time-domain follow up of steep spectrum radio sources |
| DDT9_002 | Commissioning follow-up of a ToO |
| DDT9_004 | Calibration of LOFAR Interplanetary Scintillation Data |
| DDT9_005 | LOFAR HBA observations of MAXI J1820+070 in outburst |
| DDT10-001 | LOFAR observations of MAXI J1820+070 / ASASSN-18ey during a state transition |
| DDT10_002 | Quasi-simultaneous ultra-wide-band observation of the radio eclipse of black widow PSR J2051-0827 |
| DDT10_003 | HI absorption in the most powerful radio-loud quasar at the end of cosmic reionisation |
| DDT10_004 | Time-domain follow-up of pulsar candidates from the LoTSS Survey |
| DDT10_005 | Time-Domain Follow-Up of a Variable Source from LoTSS and TGSS |
| DDT10_006 | A search for exoplanetary radio bursts towards GJ 1151 |
| DDT11_001 | Characterization and localization of a new low-frequency repeating Fast Radio Burst source |
SEE ALSO:
