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Still not 100%

im glad you made this series. definitely helps speed up the learning curve on how to look at the data. if i find something interesting the software sends the report to you? i want to create a website were people can just punch n a number and all this stuff happens in the background and it displays the results on the webpage.

Currently studying a MSc in Space Science and Technology so I am trying to absorb as much info and skills as possible. These videos are amazing, I'm particularly interested in exoplanets, so I fully intend to get involved.

come back :((

Hello, I have a question. I can't access the following link where we can download the codes. I would like to create a pixel-by-pixel light curve. Has it been removed?

Website is down😭😭

I can't describe in words how much it is helpful for me

how do you take t0

does every case have the period as the period of the planet

im not able to use bin when ever i write it it just shows light curve collection has no atribute bin

Why do you plot flux on the y axis which has units electrons per second? To my understanding the CCD opens up for a number of seconds and collects a number of photons which is then converted to number of electrons. But this means we measure a certain absolute number of electrons during the exposure time. Therefore, why not plot electrons vs time?

Why do you plot flux on the y axis which has units electrons per second? To my understanding the CCD opens up for a number of seconds and collects a number of photons which is then converted to number of electrons. But this means we measure a certain absolute number of electrons during the exposure time. Therefore, why not plot electrons vs time?

Poderia fazer um vídeo falando sobre vizier

I am getting a lot of errors on plotting. It only shows the top plot and since the functions are very complicated I can't understand right away what is going on, perhaps other changes in astropy: ---> 69 plot_bls(alltime, allflux, alltimebinned, allfluxbinned, model, results, period, duration, t0, mid_transit_t0) ---> 72 ax.plot(alltime, allflux, marker =".", alpha = 0.4, color = color2, ms=2, lw = 0, MarkerFaceColor = 'none')

Hello I thought the period would be determined by a Fourier transform, isn't it a safe method?

As of 2024, I'm using jupyter notebook on VS Code, I had to change the first line "%matplotlib notebook" to "%matplotlib inline" in order to plot the data. Otherwise I get an error with the output instead of the figure, just the line "<Axes: xlabel='Time', ylabel='Flux [$\\mathrm{e^{-}\\,s^{-1}}$]'>"

Is there anyway I could get a link to the Pinnetti tool (I think it might be spelled that way) to try and run light curves with. Thank you, Tom M. Great videos BTW. Love them.

These videos are life saver! Nora's explanation of the concepts is awesome!!!!!!

Nice

Hello. Now in MAST the timeseries icon no longer appears, how can this work be done now? Greetings.

Hi Nora! If my star has 8 dips / transits, should I make the phase folding before apply your method (plot_pixel_level_LC)? Or can I choose a transit time of any these 8 transits (e.g. I choose the Epoch)?

Great series! Hope you will return with new episodes soon!

Thanks for these great episodes, they are really interesting and easy to understand! More episodes on asteroseismology would be better--for example on pulsating white dwarfs , how to classifying stars.

I feel like I'm arriving a little later to the party, but would like to contribute. Do the videos cover how potential finds are reported?

How woukd like to know how to find five new planets through old archive photos and views of the night skies. Truth

I am here! I would love to do more exoplanet research once my master's done this semester! NIce communication!

Thank you very much...Soo easy to understand...

Great!!!👍

This is lovely, thank you.

try to do these kind of episodes using "least square method" please

Thanks for sharing this concept

Where can I get a TIC for any object?

Hi, first thanks for the videos and for the learning. I've been using lightkurve for some time now and I believe I've found two exoplanet candidates. But I don't know where to report this, or if I should. What happens to the candidates the "citizen scientist" encounters? Thanks

Hello I hope I am not too late to get answered.. So I am plotting multiple sectors and let's say I want to study long-period variable stars, which have these offsets between each sector, the normalization also won't help me because it will put every sector around one. Is it there any automatic workaround to remove the offsets without normalizing around one?

Typed in TIC 284475976 into Simbad and it worked, resolved to WASP-48.

Cool!

I think you guys havent uploaded the jupyter notebook for this episode!! Aaaaaaaaaaaaa im crying 🥲🥲

how do i plot a lightcurve from a .lc file that is downloaded

when im doing the graph at IN[140] for 'TIC 393546540' at this: # let's plot the data rv_list = rv_list - np.median(rv_list) fig, ax = plt.subplots(figsize = (8,4)) plt.scatter(time_list, rv_list) plt.xlabel("Time (BJD)") plt.ylabel("RV (m/s)") the graph only gives out one singular circular plot? I didn't change any *SINGLE* line of code aside from my own directory above. What happens here? Can @Planet Hunters run this for 'TIC 393546540' for me?

How do I check for false positives aside from using LATTE? My windows is crying real tears here!!

very helpful video, thanks!

WHAT IS THE MEANING OF THE HUGE MIDDLE DIP / GAP IN SAP FILE

Thanks for answering Nora and Cole! And thanks for asking the question for me, Kassie!

Thanks as ever, I can't believe its 40? Have a good break and I look forward to the new approach.

Does anyone has any book or litterateur or links to the websites on which I can understand these concepts in details?

Thanks for that - very interesting. More episodes on asteroseismology would be great - maybe on classifying stars and other types of stars than the solar-like oscillators.

Hello revered scientists, but I haven't been able to find the location where this code is actually, would you be so kind as to add at least a link to that notebook? greatfully your's ... désolé , mais je suis un peu empoté , et bonne chance pour votre soutenance Nora ;-)

Thansks again, all very interesting, I keep learning stuff, its great.

Awesome job Cole and Nora!! :D

Thank you for another great episode!