FRB 2020会议-第一天
Session #1 - The FRB Phenomenon (Chair: Lorimer) --- Asia Pacific
01:00 Welcoming remarks - Lorimer/Tuck
01:15 Bailes - A reflection on the life of J-P Macquart
01:45 Deller - The FRB phenomenon (invited)
02:15 Shannon - Current Surveys for FRBs (invited)
02:45 Prochaska - The Macquart Relation
Session #2 - Recent results I (Chair: Keane) --- Europe
2020年7月6日20:38:16
09:00 Hessels - The spectro-tempo-polarimetric properties of FRBs
09:15 McKinven - Polarization properties of FRBs detected with CHIME
09:30 Rajwade - MeerTRAP: Finding transients on the fly
09:45 Jankowski - First results from the MeerTRAP project
10:00 van Leeuwen - ALERT: The Apertif Lofar Exploration of the Radio Transient Sky
10:15 Oostrum - New FRBs from ALERT
10:30 Pilia - 328 MHz detection of FRB 180916 with SRT
10:45 Pleunis - Fast radio burst morphology with CHIME
2020年7月6日13:02:05
Session #3: Recent results II (Chair: Bing Zhang) --- North America
17:00 Ravi - Early results from the Deep Synoptic Array
17:15 Li, Dongzi - Periodic activity from a FRB
17:30 Michilli - Sub-arcminute localization of a large sample of Fast Radio Bursts
17:45 Lin, Hsiu-Hsien - The CHIME northern-sky FRB monitor: Using Crab to study far side-lobe FRBs
18:00 Bochenek - A fast radio burst associated with a Galactic magnetar
18:15 Shuang-Nan Zhang - X-ray burst from SGR 1935+2154 and FRB with Insight-HXMT
18:30 Scholz - A bright millisecond-duration radio burst from a Galactic magnetar
18:45 Marazuela - New FRB 180916.J0158+65 results from Apertif
19:00 Lu - A Unified Picture for Galactic and Cosmological FRBs
FRB 2020 Online Meeting Schedule NOTE: All times are UTC !!!
2020年7月6日
Session #1 - The FRB Phenomenon (Chair: Lorimer) --- Asia Pacific
有 slack
01:00 Welcoming remarks - Lorimer/Tuck
01:15 Bailes - A reflection on the life of J-P Macquart
网上搜了一下
https://celebritiesdeaths.com/jean-pierre-macquart-death-dead-jean-pierre-macquart-obituary-cause-of-death-unknown/
刚发了一篇文章
01:45 Deller - The FRB phenomenon (invited)
On behalf of J-P
这个190611的两个峰很明显嘛
左边这几个暴的暗条很有特点，感觉就像是被“人为”挡了一下
他总结的三大问题
02:15 Shannon - Current Surveys for FRBs (invited)
目前有很多仪器都看到了FRB
02:45 Prochaska - The Macquart Relation
Session #2 - Recent results I (Chair: Keane) --- Europe
这个session的时间正在睡觉，是通过youtube看的录像：https://www.youtube.com/watch?v=3LXIOVVg2rU&feature=youtu.be
2020年7月6日20:38:16
09:00 Hessels - The spectro-tempo-polarimetric properties of FRBs
drift现象
他们还看到了SGR 1935+2154的其它的两个FRB
和之前的STARE2比较
09:15 McKinven - Polarization properties of FRBs detected with CHIME
100%的线偏振
偏振角是演化的
RM也会变，难道190303也是一个重复暴？
09:30 Rajwade - MeerTRAP: Finding transients on the fly
又一个加入FRB观测的望远镜
09:45 Jankowski - First results from the MeerTRAP project
DM非常大，不过我记得FAST之前（4月，和SGR1935差不多的时候）看到了2000多的
还看了121102，昨天我下了这篇文章的，5月份的arxiv
10:00 van Leeuwen - ALERT: The Apertif Lofar Exploration of the Radio Transient Sky
10:15 Oostrum - New FRBs from ALERT
10:30 Pilia - 328 MHz detection of FRB 180916 with SRT
意大利的一个射电望远镜 SRT
10:45 Pleunis - Fast radio burst morphology with CHIME
这图不是在某处出现过嘛
catalog要出来了
右下就是drifting的，只有重复暴里边有
不重复的暴时标更短，谱更窄
而谱不是仪器造成的
可能的原因
Day2020，又一个有两个峰的
Michilli2018为什么不再往前DM多修正一下，会不会是因为这个是线性的而不是
2020年7月6日13:02:05
Session #3: Recent results II (Chair: Bing Zhang) --- North America
17:00 Ravi - Early results from the Deep Synoptic Array
17:15 Li, Dongzi - Periodic activity from a FRB
Scintillation
17:30 Michilli - Sub-arcminute localization of a large sample of Fast Radio Bursts
难道R3是另一个重复暴？而且还是同一天的？
之前Dongzi也提到这个暴。
17:45 Lin, Hsiu-Hsien - The CHIME northern-sky FRB monitor: Using Crab to study far side-lobe FRBs
谱上有“谱线”的原因
这种现象叫waterfall
所以这种"谱线“并不是真实的。
18:00 Bochenek - A fast radio burst associated with a Galactic magnetar
一个小望远镜，马上就逮到了SGR 1935+2154
18:15 Shuang-Nan Zhang - X-ray burst from SGR 1935+2154 and FRB with Insight-HXMT
三点不同
18:30 Scholz - A bright millisecond-duration radio burst from a Galactic magnetar
18:45 Marazuela - New FRB 180916.J0158+65 results from Apertif
他们看到了更多的重复暴，貌似提前了。 可能R3就是指的180916，之前的121102,150418分别叫R1和R2，就是第几个被发现的重复暴，Repeater #。
明明斜的也挺厉害嘛。
19:00 Lu - A Unified Picture for Galactic and Cosmological FRBs
