TESS Science Conference II
Aug 2 - 6 2021, Online
- February 4th: Open abstract submission (Talks and posters, Splinter sessions)
- March 29: Open registration.
- April 2nd: Splinter session abstract deadline.
- April 30: Talks and posters abstract deadline.
- June 11: Announcement of decision on abstracts.
- July 1st: Registration deadline.
- July 10: Late posters abstract submission deadline.
- July 23: Posters upload deadline.
- August 1st: Virtual opening reception (19:00 - 21:00 UT, 15:00 - 17:00 EDT).
- August 2nd: The first day of the conference.
Posters
Posters will be viewed online using the following platforms:
Gather.Town
A virtual 2D environment ran on a web browser or a desktop app, using graphics that is reminiscent of 1990’s video games. In Gather.Town attendees walk around in the virtual environment using an avatar, and interact using audio and video with others whose avatar is nearby. This platform is quickly gaining popularity as it is easy to use and mimics well the real life experience of walking around and bumping into colleagues. This virtual environment will be available throughout the conference week, and there will be two dedicated virtual poster sessions. A brief introduction to Gather.Town is shown in this video.
To locate a poster in Gather.Town we assigned each poster a poster ID, composed of the Poster Hall (or room) it is located in on Gather.Town, among the nine poster halls, and the poster number (from 1 to 24) within that hall. For exmaple, poster ID 3.21 is located in Poster Hall 3, poster 21. The list of posters along with their ID is here.
The Gather.Town space includes a TOI Helpdesk (in the main room), where TOI team members will be available during poster sessions to answer any and all questions about TOIs.
Zenodo Collection
Posters will be entirely electronic and freely available online through Zenodo, an EU funded data and project repository. All submissions must therefore be made on Zenodo's webpage.
To facilitate accessibilty and
visibility, all contributions to the proceedings will indexed on
the ADS.
Briefly, all submissions are assigned a Digital
Object Identifier (DOI) number by Zenodo,
making contributions
citeable. Once all contributions are received, ADS will be
notified, they will scrape the Zenodo collection, and then ADS
will index each of the contributions as part of a larger volume
(Proceedings for TESS Science Conference II). To ensure that all entries
are properly indexed, it is vital that each contribution
include appropriate metadata. In the tutorial below, you'll be
instructed about which metadata to include in your submission.
Submission to
the arXiv is
optional. However, if you submit to the arXiv, you must make
sure to update the metadata in your Zenodo collection properly
so that it does not get listed twice in ADS.
Conference website
Posters will be listed on the conference website, which will include links to the poster on Zenodo, and/or, to a poster-looking website created by the authors. That website can host an interactive poster, e.g. have interactive figures. The organizers encourage poster presenters to take advantage of the opportunity of the conference being online to make interactive posters.
Submit your poster
For instructions on types of posters and how to submit your poster, please scroll to the bottom of the page.
Honorable Mention
The following posters received an Honorable Mention:
- Adina Feinstein - Disentangling Stellar Activity During a Transit of the 23 Myr Planet V1298 Tau c
- Emilie Simpson - Stellar Variability of Known Exoplanet Hosts Observed by TESS
- Jake Clark - How do Stellar Surveys Like GALAH Improve Our Understanding of Planetary Systems?
- Sam Christian - A Possible Population of Planetary Systems on Aligned Orbits with Visual Binary Companions
- Kaew Samaporn Tinyanont - Last Year Before Death: Observations of SN 2020fqv by TESS and Friends
- David Wilson - The mysteries of GD 394 explored with TESS
- Nicola Miller - Accurate and precise effective temperature measurements for FGK stars with TESS
- Teresa Monsue - Stellar Quasi-periodic Pulsations in Highly Active Low Mass Stars
- Zach Claytor - Recovery of TESS Rotation Periods Using Deep Learning
Interactive Posters
Adina Feinstein
Disentangling Stellar Activity During a Transit of the 23 Myr Planet V1298 Tau c
poster number: 1.14
interactive
zenodo
abstract
Georgina Dransfield
Rare Exoplanet Transits Observed from Antarctica
poster number: 3.08
interactive
zenodo
abstract
Giacomo Mantovan
Validation of TESS candidates orbiting Solar-type stars
poster number: 3.09
interactive
zenodo
abstract
Jake Clark
How do Stellar Surveys Like GALAH Improve Our Understanding of Planetary Systems?
poster number: 3.16
interactive
zenodo
abstract
Mathilde Timmermans
The TRAPPIST and SPECULOOS contribution to TFOP Sub-Group 1
poster number: 4.19
interactive
zenodo
abstract
Melissa Janice Hobson
The WINE collaboration: Unveiling long-period planets with TESS
poster number: 5.01
interactive
zenodo
abstract
Priyanka Chaturvedi
TOI-1468: Two mini-Neptunes on two sides of the radius valley
poster number: 5.12
interactive
abstract
Christopher Lindsay
Seismic analysis of convective overshoot in red giants
poster number: 6.22
interactive
zenodo
abstract
Pia Cortes-Zuleta
Stellar activity of the M-dwarf Gl205 as seen by SPIRou, SOPHIE, and TESS
poster number: 8.22
interactive
zenodo
abstract
Pragati Pradhan
Synergy between TESS and Chandra/HETG for multiwavelength flare studies of cool stars
poster number: 8.23
interactive
zenodo
abstract
Thomas Steindl
Pulsation in pre-main sequence stars: TESS observations & models from accreting protostars
poster number: 9.14
interactive
zenodo
abstract
Posters
Aidan Van Duzer
Allesfitter in the Cloud: An All-in-One Classroom and Outreach Tool for Fitting TESS Data and More
Ashley Chontos
pySYD: Automated detection and extraction of global asteroseismology
Emma Chickles
Automated stellar variability classification using TESS light curves
Erin Howard
Leveraging Statistical Analysis to Develop Classification Labels for Time Series Data
Gavin Wang
Analyzing FFIs to Identify False Positives within TESS Candidates
Gregory Snyder
The Timeseries Integrated Knowledge Engine (TIKE): cloud-based user interface for analysis of TESS mission data
Jaide Swanson
Determination of TESS light curve crowdedness uncertainty using eclipsing binaries
Keaton J. Bell
Pyriod Tutorial: Python Tools for Pre-Whitening Frequency Analysis
Peter Klagyivik
Searching transiting planets with computer vision
Ryan Ridden-Harper
TESSreduce: open source TESS forced photometry
Adam Rains
Characterisation of 100 TESS Candidate Planets Orbiting Southern Cool Dwarfs
Akash Gupta
Understanding the Radius Valley as a by-product of Planet Formation: Observational Signatures of the Core-Powered Mass-Loss Mechanism
Alex Hindle
Mangetically-driven hotspot reversals in ultra-hot Jupiter atmospheres
Alexander James Mustill
Hot Jupiters, Cold Kinematics: Links between planetary systems and the host star's Galactic properties
Alexander Venner
Orbital Inclinations, True Masses, and System Architectures of Long-Period Giant Planets: New Constraints with Hipparcos-Gaia Astrometry
Allyson Bieryla
SPC Stellar Parameters analysis of all TESS TRES and FIES Spectra
Amy Tuson
An Automated Search for TESS Duotransits Suitable for CHEOPS Follow-Up
Ancy Anna John
Mitigating effects of stellar activity in RVs using SCALPELS.
Angelica Psaridi
Radial velocity follow-up of TESS exoplanet and brown dwarf candidates orbiting A-F type stars
Ankita Waghmare
Investigating the impact of space weather on the habitability of exoplanet around M-dwarf star as a case study using TESS observations
Antoine Thuillier
A transit survey to search for planets around hot subdwarfs
Archit Kalra
Exotic Exoplanets: Using NASA Exoplanet Archive data and Equilibrium Chemistry to predict an exoplanetary atmosphere with non-spontaneous formation of important basic molecules
Armen Tokadjian
Impact of Tides on the Potential for Exoplanets to Host Exomoons
Arvind Gupta
Optimizing Radial Velocity Follow-up Strategies for Single-Transit Exoplanet Candidates
Avi Shporer
LCO Key Project: Standing on the shoulders of the network - Follow-up of TESS planet candidates with LCO
Aviad Panahi
Gaia TESS Collaboration - Gaia unpublished high angular resolution photometry of TOIs and their nearby stars to help identifying the source of many transits detected by TESS
Brett Addison
TOI-1431b/MASCARA-5b: An Ultra-hot Jupiter Orbiting One of the Hottest & Brightest Known Exoplanet Host Stars
Brian Jackson
Exploring Magneto-Meteorology with Ultra-Hot Jupiters Phase Curves from TESS
Casey Brinkman
Hot Earth-size Planet with Very Low Density in the Galactic Thick Disk
Daniel Revilla Martínez de Albéniz
Rotational periods and planetary angular momenta of CARMENES GTO stars with TESS data
David Armstrong
The NCORES program: precision radial velocities of small TESS planets with HARPS
David Baker
Undergraduate Research in the Time of COVID: TESS Follow-Up Observations at Austin College’s Adams Observatory
Dax Feliz`
NEMESIS: Exoplanet Transit Survey of Nearby M-Dwarfs in TESS FFIs I
Dolev Bashi
Quantifying the similarity of planetary system architectures
Drake Lehmann
A Tale of Two Telescopes: Verifying or invalidating planet candidates by combining TESS and Kepler data
Edward Bryant
Detecting giant planets orbiting low-mass stars to understand how planets form
Elisa Goffo
Expanding our horizon: probing the architecture of TESS planetary systems with HARPS
Elyse Incha
Searching for Planets with the Last Data from the Kepler Telescope
Emilie R. Simpson
Stellar Variability of Known Exoplanet Hosts Observed by TESS
Emma Turtelboom
Characterising 4 sub-Neptunes transiting the K dwarf TOI-1246
Evan Tey
A Systematic Search for Multiplanet Systems in TESS FFIs
Fan Yang
Discriminating between conflicting measurements of exoplanet transit depths through joint analysis of observations by TESS and CHEOPS
Gabriel de Oliveira Gomes
Influence of equilibrium tides on the transit-timing variations of exoplanets
Gaia Lacedelli
TESS, HARPS-N and CHEOPS: a joint effort to characterize the unexpected planetary system around TOI-561
Galen Bergsten
Demographics of Small Kepler Planets and their Dependence on Stellar Mass
Heather Johnston
Exploring Planet Formation around Host Stars of Different Masses
Hugh Osborn
A hot mini-Neptune in the radius valley orbiting solar analogue HD 110113
Ian Wong
Exoplanet phase curves from TESS: Results from the Primary Mission and future prospects
Irina N Kitiashvili
3D Modeling of Solar-Type Stars to Characterize Stellar Jitter
Jan Subjak
Scanning the population of planetary systems around stars with wide brown dwarf companions
Jiayin Dong
The eccentricity distribution, occurrence rates, and companions of TESS Warm Jupiters
John Ahlers
Tightening the Spin-Orbit Angle Demographics of Hot Jupiters with TESS
Jon M. Jenkins
TESS Science Processing Operations Center Pipeline Status and Updates
Jonas Kemmer
Two Earth-sized planets transiting GJ 3473 and GJ 3929
José Rodrigues
Follow-Up Lightcurves Multitool Assisting Radial velocities
Joseph Twicken
Detectability of Transiting Terrestrial Planets in the Habitable Zone with TESS
Joshua Pepper
The Stellar and Observational Properties of the TESS Targets
Kevin C. Schlaufman
The Occurrence-weighted Median Planets Discovered by Transit Surveys Orbiting Solar-type Stars and Their Implications for Planet Formation and Evolution
Kingsley Kim
Methods of Data Analysis on TESS Follow-Up Observations
Lorena Acuña
Characterising the interior structures and atmospheres of super-Earths and sub-Neptunes with TESS, K2 and Spitzer data.
Louise Dyregaard Nielsen
Spectroscopic vetting of TESS planet candidates
Lucas Brefka
The Evolution of Multiplanetary Systems With Misaligned USP Planets
Mallory Harris
A search for the coldest planets orbiting low-mass stars
Manthopoulou Eleni Evangelia
Hunting for young exoplanets in stellar associations using TESS
Marion Cointepas
Searching for exoplanets orbiting M dwarfs with ExTrA.
Marshall Johnson
The Short-Period Planetary Population of A Type Stars with TESS
Matthew Hooton
Spin-orbit alignment from transit photometry: the case for multi-colour observations
Matthew R. Standing
TESS’s Only Circumbinary Planet May Not Be Alone…
Matthias Yang He
Friends and Foes: Conditional Occurrence Rates of Exoplanet Companions and Implications for Radial Velocity Follow-up Observations
Maura Lally
Reassessing the Evidence for Time Variability in the Atmosphere of the Exoplanet HAT-P-7 b
Michael Anthony Reefe
A Flexible Python Observatory Automation Framework for the George Mason University Campus Telescope
Michele Silverstein
The LHS 1678 System: Two Small Planets and a Likely Brown Dwarf Orbiting a Nearby M Dwarf in Unconventional Circumstances
Michelle Kunimoto
Searching for Exoplanets Around Faint Stars in TESS FFIs
Mu-Tian Wang
Ruling out Kepler's false positives with multi-color photometry
Noah D. Vowell
Kepler-807 B: A Highly Eccentric Companion Near the Stellar Transition
Nuno Miguel P. C. Rosário
Measure the spin up for Hot-Jupiters due to tides
Paz Bluhm
An ultra-short-period transiting super-Earth orbiting the M3 dwarf TOI-1685
Petr Kabáth
Spectroscopic follow-up of TESS candidates with KESPRINT 1.5-3-m telescopes network
Pierre-Cécil König
Detection of TOI-1710b: a transiting Neptune-like exoplanet discovered by HARPS-N and SOPHIE
Rachel B. Fernandes
Using TESS to Unearth the Frequency of Habitable Zone Earth-size Planets
Rebekah Dawson
Precise Transit and Radial-velocity Characterization of a Resonant Pair: The Warm Jupiter TOI-216c and Eccentric Warm Neptune TOI-216b
Sam Christian
A Possible Population of Planetary Systems on Aligned Orbits with Visual Binary Companions
Samuel N Quinn
Two mini-Neptunes, one transiting, orbiting HD 97260
Sascha Grziwa
SINGLETRANS, the search for single transits of small planets in TESS light curves.
Serena Benatti
Characterization of the TESS young transiting planets with GAPS
Shashank Dholakia
Analytic transit light curves for oblate and rapidly rotating stars
Solène Ulmer-Moll
Characterizing warm Jupiters from TESS single transit events
Stephanie Yoshida
Determining the Detectability of Planets Transiting Stars of Extragalactic Origin
Steven Giacalone
TRICERATOPS: a statistical validation tool for TESS planet candidates
Sydney Vach
Three long-period mini-Neptunes orbiting an adolescent K star
Thomas M. Esposito
TESS Planet Candidate Follow-up by Citizen Scientists in the Global Unistellar eVscope Network
Vineet Kumar Mannaday
Revisiting the Transit Timing Variation of Extra-solar Planets TrES- 3b and Qatar-1b with TESS data
William Misener
To cool is to keep: residual H/He atmospheres of super-Earths
Xinyan Hua
Radial Velocity Observations of a Gas Giant Candidate in Companion to a TESS Discovered sub-Neptune
Zoe L. de Beurs
A Machine Learning Inspired Method Reveals the Mass of K2-167 b
Qinan Wang
Detectability of early flux excess in high cadence light curves of SNe Ia from Kepler and TESS
Rajesh Kumar Dubey
Hubble’s Constant with GW170817 Standard Siren and GW190814 Dark Siren
Andras Pal
Extremely fast objects in TESS images: who they are and where they go?
Alexander Kosovichev
Probing Stellar Cores by Asteroseismic Inversions
Aliz Derekas
On the extreme period change of the RR Lyrae variable BE Dor
Ayush Moharana
Accurate stellar parameters for stars in Tight Triple Systems
Catherine Clark
A Dearth of Stellar Companions to Planet-Hosting TESS M-dwarfs
Daria Mokrytska
On the robustness of rotational inversion results
Dominick Rowan
A Systematic Search for Ellipsoidal Variables with ASAS-SN and TESS
Eleonora Fiorellino
Mass accretion variability in the multiple TTauri multiple system WX Cha
Ethan Kruse
Hundreds of Thousands of Eclipsing Binaries Discovered Through Machine Learning
Ewa Niemczura
Chemically peculiar Am stars observed by TESS satellite
Gabriella Zsidi
Photometric and spectroscopic study of the mass accretion in the T Tauri system VW Cha
Gavin Ramsay
TESS observations of flares and quasi-periodic pulsations from low mass stars
Guadalupe Tovar Mendoza
Modeling the Morphology of White-Light Flares
Hiroyuki Maehara
Time-resolved spectroscopy and photometry of an M dwarf flare star YZ Canis Minoris with OISTER and TESS: Blue asymmetry in H-alpha line during the non-white light flare
Irina N Kitiashvili
Dynamics and Structure of Main-Sequence Stars with Shallow Convection Zones
Jacob A Kosowski
Exploring the Effects of Initial Stellar Parameters on the RGB Bump
Jérôme Bétrisey
Probing central stellar regions with a new indicator based on the inversion of frequencies ratios
Jiaxin Tang
RVxTESS: Mitigating RV Disturbance Signal Induced by Asteroseismic Process
Jonathan Labadie-Bartz
TESS photometry of classical Be stars: rapid rotation, pulsation, and links to mass ejection
Joyce Ann Guzik
Characterizing Variability in Bright Metallic-line A (Am) Stars Using TESS Data
Kai Ikuta (Kyoto University)
Starspot mapping with parallel tempering for M-dwarf flare stars
Kamil Bicz
Modeling star spots on low mass stars observed by TESS
László Molnár
A comprehensive look at RR Lyrae stars through high-precision photometry and astrometry
Laura D. Vega
Simultaneous Multiwavelength Observations of the Highly Active M Dwarf YZ CMi
Laura Venuti
Multicolor variability of young stars with disks: insights from coordinated space and ground observations
Lauren Doyle
Magnetic Fields on Low Mass Ultra Fast Rotators using TESS, NOT and FORS2
Leila M Calcaferro
A new instability domain of CNO-flashing low-mass He-core stars on their early white-dwarf cooling branches
Lisseth Gonzales
First Gyrochronology Estimate for the AB Doradus Moving Group
Madeline Howell
Using Asteroseismology to Measure Masses of Evolved Stars in M4 to Study Stellar Evolution and Globular Cluster Formation
Małgorzata Pietras
Statistical study of stellar flares observed with TESS
MARCADON Frédéric
Analysis of eclipsing binaries in multiple stellar systems: the case of V1200 Centauri
Marek Skarka
A-F variables from the TESS continuous viewing zone
Markus Rabus
TOI-1830 and TOI-1312: Two EBs with metal-poor stars hosting very low-mass stellar companions in eccentric orbits
Maryum Sayeed
Asteroseismic Benchmark Dwarfs and Subgiants Observed by Kepler and TESS
Matthew Green
A large TESS sample of short-period ellipsoidal binary candidates: implications for the binary and compact-object populations
Michael C. Kunz
Using TESS to Monitor the JWST Spectrophotometric Standards
Mike Reed
Asteroseismology of extreme horizontal branch (subdwarf B) stars with TESS data
Mirjam Bogner
Starspot modulation and flares of M dwarfs with habitable zones accessible to TESS
Murat Uzundag
Pulsating hydrogen-deficient white dwarfs and pre-white dwarfs observed with TESS
Natascha Barac
Revisiting Bright δ Scuti Stars and their Period-Luminosity Relation with TESS and Gaia EDR3
Nikki Miller
Accurate and precise effective temperature measurements for FGK stars with TESS
Noel Richardson
Binary Parameters for the Massive Eclipsing Binary CC Cas
Nolan Grieves
Examining the brown dwarf and low-mass star boundary with five transiting companions detected by TESS
Paulo Miles-Páez
Detection of photometric variability in the very low-mass binary VHS J1256-1257AB using TESS and Spitzer
Przemysław Mikołajczyk
Mercury-manganese stars in the observations of TESS satellite
Rafael A. Garcia
Extracting rotation rates on 27-d TESS-like light curves downgrading Kepler data.
Rahul Jayaraman
BU Canis Minoris - a Flat Quadruple System with the Shortest Known Outer Orbit
Rishi R Paudel
A study of flares on EV Lacertae using simultaneous multi-wavelength data
Ryohei Hosokawa
The correlation of X-ray binaries between X-ray and Optical light with MAXI and TESS
Sebastián López Skrzypinski
Flares and rotation periods of CARMENES M dwarfs from TESS data
Siemen Burssens
Exploitation of a TESS OB asteroseismic sample: constraints on internal rotation and mixing in the high-mass pulsator HD192575.
Spencer C. Wallace
An Automated All-Sky Search for Superflares with TESSS
Stefanie Raetz
Long-term stellar activity of M dwarfs: Combining K2 and TESS
Tamás Borkovits
Complex, Spectro-Photodynamical Analyes of Triply Eclipsing Triple Star Systems Discovered with TESS
Tara Fetherolf
Sinusoidal Stellar Variability Catalog of Stars Observed During the TESS Primary Mission
Teresa Monsue
Stellar Quasi-periodic Pulsations in Highly Active Low Mass Stars
Tiago Campante
Asteroseismology of red-giant host stars: The paradigmatic cases of KOI-3886 and iota Draconis
Tibor Mitnyan
Compact hierarchical triple star candidates in and near the Northern Continuous Viewing Zone of TESS
Tilaksingh Pawar
Revisiting AI Hydrae and its pulsator component through the eyes of TESS
Tomomi Otani
Searching for long period subdwarf B systems and single subdwarf B stars using TESS data
Yuta Notsu
Blue asymmetries in Balmer lines during mid M dwarf flares
Zach Claytor
Recovery of TESS Rotation Periods Using Deep Learning
Types of contributions
Posters
You may upload up to three files with a poster. One file is your poster as pdf. Optionally you can include a second file of type png or jpeg, which we will use as thumbnail on the website; look at Cool Stars 20.5 posters for examples.
The third type of file is an (optional) video recording of you presenting your poster. This video should not exceed 5 minutes, and should be posted in a standard format. The TSC2 team will not edit any videos; we may contact you if your video is too long or in some other way inappropriate so that you may upload a new version.
Interactive Posters
We encourage people to experiment with interactive posters (e.g. interactive figures on a website). Some examples can be found on the Cool Stars 20.5 conference website. If you want to make an interactive poster, contact tsc2@mit.edu and provide the organizers the URL of your poster. We don't have hard and fast rules on how to do interactive posters. Our feeling is that we, as a community, need to find better ways for posters in remote conferences. We may have more remote meetings even after the pandemic is over to reduce cost, greenhouse gases, and for easier access for astronomers from countries or institutions that don't have the travel budget to fly to a different continent for a few days of meeting. At the same time, we can't accept hundreds of remote talks, because nobody wants to listen to Zoom that long.
When making an interactive poster, you are welcome to upload to Zenodo a pdf version of your poster, which can be as simple as a screenshot of your interactive poster. Make sure it includes the URL of the interactive poster.
So, we encourage attendees to think about what might work for remote / interactive poster-like content beyond the usual static pdf. If you want to present interactive work or have other ideas or feedback, contact tsc2@mit.edu.
How to submit your contribution
Submitting to Zenodo is rather simple, but it's important that all metadata be properly included so that articles get properly indexed on ADS. Below is a series of screenshots taking you through the submission process from start to finish.
Step 01: Follow the link
to the submission page for TESS Science Conference II.
Step 02: You'll be presented with a login screen:
If you have a Zenodo account, proceed to login. If you do not, you may login using your GitHub or ORCID account, or you may create a new account using the "Sign Up" button located at the bottom of the frame.
Step 03: Once you login, you'll be presented with an "Upload" screen:
Click the button to choose a
file on your local machine, or drag and drop a file
directly onto the screen.
Step 04: After you select one or more files where you will be
able to fill out a wide variety of file metadata on the
boxes below the upload box. Be sure that in
the "Communities" box you see "TESS Science Conference II". If you do not see this,
start typing it into the search bar and it
will automatically pop up.
Step 05: Now, start filling out information about your document. First, select the type of file you have just uploaded:
- Poster: Upload 1-3 files and select "poster". One file is your poster as pdf. A second (optional) file (type png or jpeg) will used as a thumbnail on the website; we will use a small version of your pdf if none is provided. The third (optional) file is a video (type .mov or other standard format) recording of you presenting your poster, not to exceed 5 minutes in length; we will NOT edit these videos, but we may reject overlong/inappropriate content.
Enter the name of each author and their affiliation. NOTE names should be formatted as "Last Name, First Name".
You will be asked to fix this if you do not do it correctly the first time.
It's important for ADS that this be done properly. Continue to fill in the requested
information, including the Description (i.e., Abstract).
Step 06: Fill in keywords. You can have as many keywords as you like, but the first keyword should be one from the following list because we will sort posters by the value in the first keyword. Any poster that does not match one of the major science topics below will be listed as "other".
- Solar System
- Exoplanets
- Stellar Astrophysics
- Galactic Astrophysics
- Extragalactic Astrophysics
- Data Analysis Techniques
Step 07: Choose access rights and a license for your work. You are strongly encouraged to select Open Access and a permissive license so that people can easily access your work.
Step 08-a: Optionally, you may specify funding information.
Step 08-b: If you submitted to the arXiv and/or your article was already indexed to ADS, add the related identifying information so that Zenodo and ADS will link all of the contributions into one neat little package.
Step 09: Open the "Contributors" section by clicking on it. Add "Adams, Elisabeth R" as an editor. Again, note that the name must be "Adams, Elisabeth R". Select Editor from the dropdown menu.
Step 10: Given credit where credit is due! If you referenced various works in your article, talk, or poster, give them credit by adding the reference information (yes, citations will be counted on ADS, but ADS will only know about them if you enter the information in the "References" section). See the image below about how to format the references:
This is basically a copy-paste of a bibliography.
Step 11: Fill out information about the Workshop as shown below:
Step 12: Review the information to make sure you've done everything properly and then click "Publish"! Or, if you'd like to save it and publish later, click "Save"
Step DONE: Congratulate yourself on a job well done.
Acknowledgment
Thanks to the CS20.5 team that provided very detailed instructions , which we adapted here for TSC2.