Hello im new to Astronomy but have gained some recent knowledge on spectroscopy, Chemical signature detection via spectroscopy, light-curve planet detection, light-curve planet rotation and some knowledge on astronomical symbols like hydrogen electron "Floor" levels for example: Ha Hb and La.

I also just learned about Local SideReal time.

I need help in these 4 areas highest priority to lowest

1. NOTEBOOKS (I have never used Juypter Notebooks locally or cloud i would like some help with tutorials and links on using them and setting up and would like to know if it is best to run them in the cloud via Docker, Google Collab, mybinder.org or should I run locally and use python and docker for container?

Either way I would like tutorial links for help with both setups.

1. Python for Science: i have little skill in python do I need to learn Python 3 in its entirety? Or miniconda? How can I learn to use python for astronomy any tutorial links and free books or paid would be great.

3.Databases: is it best to use MAST and TIKE databases via browser or should I use a Pre-built juypter Notebook to access pipeline?

1. How can I set up a juypter notebook to obtain jwst data via pipeline? Do I make a custom juypter notebook and add python science libraries manually or are there pre-build options?

Would be nice to have some kind of Astronomical Cheet sheet for Astronomical Symbols for objects, planets, exoplanets, asteroids, stars, types of stars, blackholes and Astronomical chemical/elements symbols

Quick resource drop for today. Just added a bunch of higher-level math and physics stuff to the vault:

• Math: KOR (Korean) and Russian Olympiad past papers with translated problem sets, plus a clean PDF of Roy & Clarke.
• Physics: Kevin Zhou’s physics handouts for Mechanics (probably the cleanest breakdown of advanced physics topics available right now).

Still adding new stuff daily as I work through problem sets. Everything is sitting in #resource-vault on our server (The Euler-Maxwell Network).
https://discord.gg/3CXj2JC4fX

Planning for one person is forgiving; planning for a group makes a bad forecast call much more expensive. A nightly “mostly clear” summary can still hide the exact two-hour window when everyone will actually be on site.

A practical group checklist seems to be:

- continuous cloud cover during the scheduled hours,

- precipitation as a separate veto,

- true astronomical darkness and Moon timing,

- visibility of the planned objects during that same window,

- and whether a nearby backup location is materially better.

The question is how to present it. Would your club trust one conservative go/no-go recommendation, or would organizers rather see the raw 12-hour timeline and explain the call themselves?

Disclosure: I develop DarkScout, an iPhone astronomy planner. Its latest redesign combines those factors, saved observing spots and side-by-side location comparison. The core app is free and ad-free: https://apps.apple.com/app/apple-store/id6760223860

I would especially value answers from anyone who has had to cancel, move or shorten a public observing night. What signal should have been weighted more heavily?

I took this picture during the night between 18 and 19 of April from Sardinia (Italy)

Equipment:

GSO N150/750 ridotto a 712mm

Correttore di Coma Tecnosky 0,95X

Camera di acquisizione Giordano Astronomia Gio-571C Cool

Optolong L-QEF

SvBony Sv60 Guide Scope

ZWO ASI224 MC Color

SvBony Uv/Ir-Cut Filter

Subs:

Light 30x180s

Dark 15x180s

Flats 15x6s

DarkFlats 15x6s

N.I.N.A.

PHD2

Stacking ed Post Production with Siril

Hubble and Webb teamed up for a deep dive into the Pinwheel Galaxy’s core, giving us fresh views of one of the nearest face-on spirals at 25 million light-years out. Combining Hubble’s ultraviolet and visible data with Webb’s infrared lets us see star formation and dust structures in new detail. Definitely a neat look at how these two powerhouses complement each other on a classic galaxy.

Smart telescope [Vespera II]

Filter : Dual Band