The CSTR (Center for Solar-Terrestrial Research) Journal Club is a weekly meeting to discuss the latest research articles relevant to solar/terrestrial research. Individual presenter will give a high-level introduction to the basic idea and main results of a recent paper. We will discuss 4-6 papers each meeting. Each talk is allotted 12-15 minutes including Q&A.
Choose a well-written peer-reviewed article (astro-ph is fine) that interests you and the larger solar/terrestrial community. Make sure you can present the article timely. First time speakers are encouraged to discuss your selection with your adviser or other students who have previously presented.
If you are interested to present at Journal Club, please send the article (and its link to an accessible site, such as NASA/ADS, astro-ph, and agupubs, etc) to cstr-jclub-group@njit.edu no later than Monday the week of your talk.
A video record will be provided to the speakers after their talks, aiming to help the speakers see their presentation from the their audience's perspective and improve for their future talks. Student speakers (and anyone else interested) are strongly encouraged to ask their advisors after Journal Club for comments.
Please use the following Google Spreadsheet to sign up for a talk.
Alternatively, you can email your paper of interest to cstr-jclub-group@njit.edu.
Yingjie Luo
Prominence instability and CMEs triggered by massive coronal rain in the solar atmosphereJeongwoo Lee
A space hurricane over the Earth’s polar ionosphereYuqian Wei
Tether-cutting and Overlying Magnetic Reconnections in an MHD Simulation of Prominence-cavity SystemMeiqi Wang
Recurrent coronal jets observed by SDO/AIAMatt Cooper
Initial measurements of O-ion and He-ion decay rates observed from the Van Allen probes RBSPICE instrumentLindsay Goodwin
Explicit IMF By‐dependence in geomagnetic activity: quantifying ionospheric electrodynamicsHost: Yingjie Luo
Host: Yuqian Wei
Matt Cooper
The Day the Solar Wind Almost Disappeared: Magnetic Field Fluctuations, Wave Refraction and DissipationHost: Yuqian Wei
Host: Yuqian Wei
Host: Yuqian Wei
Host: Yuqian Wei
Host: Matthew Cooper
Binjie Liu
L. M. Bjoland (2020) Electron Density Depletion Region Observed in the Polar Cap IonosphereHameedullah Farooki
F. Benvenuto (2020) Machine Learning as a Flaring Storm Warning Machine: Was a Warning Machine for the 2017 September Solar Flaring Storm Possible?Lindsay Goodwin
Jing Liu (2021) Solar flare effects in the Earth’s magnetosphereHost: Matthew Cooper
Yuqian Wei
Anthony (2021) Proxy-Based Prediction of Solar Extreme Ultraviolet Emission using Deep LearningHameedullah Farooki
Dos Santos (2020) Identifying Flux Rope Signatures Using a Deep Neural NetworkHost: Matthew Cooper
Host: Sijie Yu
Yingjie Luo
Chitta (2021) From formation to disruption: observing multi-phase evolution of a solar flare current sheetHost: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
Host: Sijie Yu
December 6, 2021
Yuqian Wei
Coronal Condensation as the Source of Transition Region Supersonic Downflows above a SunspotLindsay Goodwin
The Magnitude of IMF By Influences the Magnetotail Response to Solar Wind ForcingMatthew Cooper
Solar jets observed with the Interface Region Imaging Spectrograph (IRIS)Video record