Traveling is significant for astronomers as it allows access to the best telescopes located in remote areas and facilitates collaboration with international colleagues. Many astronomers, particularly those from Australia, seek opportunities abroad after completing their PhDs to enhance their research and experience. The diverse perspectives gained from observing different skies are crucial for advancing astronomical knowledge. Additionally, attending conferences and workshops globally is common, further emphasizing the importance of travel in the field. Overall, travel plays a vital role in unlocking the universe's secrets for astronomers.
I hadn't been overseas before I started my PhD. Now I have been to Mexico, Canada, India and the US. Astronomers from Australia generally go overseas to work once the have finished their PhD. I am certainly planning to use it to see more of the world (and the Universe).
#4
ek
182
0
My astronomy professor last September missed time on three separate occasions during the semester to go to Hawaii!
The best telescopes are in remote locations. Also, due to different views of the sky (and limited resources), astronomers often coordinate with others located across the globe.
Partial solar eclipse from Twizel, South Isl., New Zealand ...
almost missed it due to cloud, didnt see max at 0710 NZST as it went back into cloud.
20250922, 0701NZST
Canon 6D II 70-200mm @200mm,
F4, 100th sec, 1600ISO
Makeshift solar filter made out of solar eclipse sunglasses
This thread is dedicated to the beauty and awesomeness of our Universe. If you feel like it, please share video clips and photos (or nice animations) of space and objects in space in this thread. Your posts, clips and photos may by all means include scientific information; that does not make it less beautiful to me (n.b. the posts must of course comply with the PF guidelines, i.e. regarding science, only mainstream science is allowed, fringe/pseudoscience is not allowed).
n.b. I start this...
Asteroid, Data - 1.2% risk of an impact on December 22, 2032. The estimated diameter is 55 m and an impact would likely release an energy of 8 megatons of TNT equivalent, although these numbers have a large uncertainty - it could also be 1 or 100 megatons.
Currently the object has level 3 on the Torino scale, the second-highest ever (after Apophis) and only the third object to exceed level 1. Most likely it will miss, and if it hits then most likely it'll hit an ocean and be harmless, but...