wooooowowow!!!!!! absolutely fascinating!!!! I`m an amateur and that`s my very first time I could try smth for real!!! (on a case, someone tryied to get an acces changing the attached file - that was me )
Great video! But I have a confusion. Could you please explain how does the periodogram output changes with the period that is provided as a numpy array? Consider a planet with periodicity of 8 days (That is not know to us) orbiting a star that we are analysing (for the said exoplanet). If we set the period array between 1 and 5 days and run the code, will it return the correct period? My estimate is no, it will not. Can anyone please help me with this confusion?😅
ive been downloading the jpeg images and doing some comparing there. there are things floating around in space. But the picture timing is so sporadic its hard to determine if there is something floating around in space that needs more attention. i would like to analyse pictures that are aimed at the ort cloud. see if anything can be spotted. i guess the telescope in Hawaii does that but i cant find the datasets. maybe you can find ort cloud pics to analyze.
timeseries viever doesn't show up on me. Even though in the first place finding the planet, all the search values were same, after I do it with BIC. It shows less outputs.
You mean 'pip install lightkurve'? Pip is a package manager for Python, so generally you should run that on the command line to install the lightkurve package. But in Pycharm you can install packages directly through File -> Settings -> Python Interpreter. Can you try that out?
is there any way i cant contact you (via email or such?) I wanted to do a physics project, and learn more about exactly how this works. It seems interesting
You should be able to see my email in the channel About page, and I'm happy to chat, though I'm certainly no better a physicist than the Lightkurve documentation...
1:50 sorry but you say 'orbiting that planet' Obviously moons of exoplanets are another search ongoing. And exoplanets with their own space telescopes is yet more in the future. Tabitha.
And all you show is a tedious manual check of random unflagged stars. So where is the script to run an automated search. Explain what the archive files are. Was every star in the sky monitored? Or just an eschelle type data collection?
good video. saved me tons of time trying to figure that out.
Can you make a video about Exoplanet atmospheric molecule detection using spectral data ?
Thank you for this excellent video!
Extraordinary
Fabulous! Thanks
wooooowowow!!!!!! absolutely fascinating!!!! I`m an amateur and that`s my very first time I could try smth for real!!! (on a case, someone tryied to get an acces changing the attached file - that was me )
Great video! But I have a confusion. Could you please explain how does the periodogram output changes with the period that is provided as a numpy array?
Consider a planet with periodicity of 8 days (That is not know to us) orbiting a star that we are analysing (for the said exoplanet). If we set the period array between 1 and 5 days and run the code, will it return the correct period? My estimate is no, it will not. Can anyone please help me with this confusion?😅
ive been downloading the jpeg images and doing some comparing there. there are things floating around in space. But the picture timing is so sporadic its hard to determine if there is something floating around in space that needs more attention. i would like to analyse pictures that are aimed at the ort cloud. see if anything can be spotted. i guess the telescope in Hawaii does that but i cant find the datasets. maybe you can find ort cloud pics to analyze.
it said timeout limit exceeded when trying to download the pixelfile. Is this a problem with my hardware?
timeseries viever doesn't show up on me. Even though in the first place finding the planet, all the search values were same, after I do it with BIC. It shows less outputs.
I actually found a star with a flicker like that. it has a period length of 5 days. multiple measurements show that. what do I do now?
What if i find exoplanet? What sort of further analysis can be done?
Sir ,how you got period=3.5 in folded_lc = flat_lc.fold(period=3.5)?
I used the following bit: # Period value corresponding to the highest peak in the periodogram
planet_x_period = bls.period_at_max_power
I cant download TESS archive by urlib ,no module name urlib, i dos load urlib pip but nothing
Hmm, urllib is installed by default. You mention 'urlib', so it might be a typo. Try 'urllib' with two Ls.
@@mikaelcodes Thanks, got it! Is it really possible to find planets this way?
@@eduardodelpinotoro7425 it really should be! Just not that probable. But pick some stars that are known to have planets and take a look...
thanks
:)
It's boring unless we find something interesting lightcurve XD
thats crazy
i tried first line in pycharm but it didn't work
You mean 'pip install lightkurve'? Pip is a package manager for Python, so generally you should run that on the command line to install the lightkurve package. But in Pycharm you can install packages directly through File -> Settings -> Python Interpreter. Can you try that out?
is there any way i cant contact you (via email or such?) I wanted to do a physics project, and learn more about exactly how this works. It seems interesting
You should be able to see my email in the channel About page, and I'm happy to chat, though I'm certainly no better a physicist than the Lightkurve documentation...
1:50 sorry but you say 'orbiting that planet'
Obviously moons of exoplanets are another search ongoing. And exoplanets with their own space telescopes is yet more in the future. Tabitha.
And all you show is a tedious manual check of random unflagged stars. So where is the script to run an automated search. Explain what the archive files are. Was every star in the sky monitored? Or just an eschelle type data collection?
Hahaha, I totally do, nice catch.
has anyone found their own exoplanets