The highlight of the issue is Michele's article "The Fermi paradox – many solutions, no certainty." This discussion extends his lengthy streak of articles on the topics of exobiology, technosignatures, SETI focus, and simple statistics by including a recent reading list of books published on the topics from which we might all glean insights into what the current state of the fields are as of the early 2020's (historians, or those aliens themselves, can someday revisit our thoughts on the topic and wonder how we managed to be so prescient/way-the-frack-off at this moment in time).
The lowlight of the issue concerns the state of light pollution and the "we can't seem to get there from here" state of our transition to LEDs. "Stars are disappearing faster and faster" is not only technically true due to the observed acceleration of the expansion of the universe, but also true down here on Earth with the continued proliferation of nighttime illumination (I assume this is correct, as we don't get out much at night given the ages of the kids in the house). Not enough of us are fortunate to have a John McMahon in our midst promoting proper lighting and pushing for lighting ordinances. I lament the apparent demise of selene-ny.org (now defunct, but the group and site left its mark as a source of information online – wikipedia, slideshare, sky&tel, The Astronomical League) and can only hope you consider visiting the International Dark-Sky Association website and giving the astronomically-more-friendly lighting fixtures list a once-over before renovating.
I lament the lack of any mention of the Orionid Meteor Shower, which won't be impressive anyway thanks to the Moon, but should still have been included for monthly completeness. What would have been included in the article is provided below:
Meteor showers are the result of the Earth passing through the debris field of a comet or asteroid. As these objects approach the warming sun in their long orbits, they leave tiny bits behind – imagine pebbles popping out the back of a large gravel truck on an increasingly bumpy road. In the case of meteor showers, the brilliant streaks you see are due to particles no larger than grains of sand. The Earth plows through the swarm of these tiny particles at up-to 12 miles-per-second. High in the upper atmosphere, these particles burn up due to friction and ionize the air around them, producing the long light trails we see. We can predict the peak observing nights for a meteor shower because we know when and where in Earth's orbit we'll pass through the same part of the Solar System – this yearly periodicity in meteor activity is what let us identity and name meteor showers well before we ever had evidence of what caused them.
The name of each meteor shower is based on the constellation from which the shooting stars appear to radiate – a position in the sky we call the radiant. In the case of the Orionids, the meteor shower radiant appears to be to the north/above of the belt and left shoulder of Orion, which rises from the east after 11 p.m. this month. The meteor shower itself is provided to us by Halley's Comet, and is the best of the meteor showers associated with Halley's debris field.
How to observe: Sadly, the Moon will be prominent in the late-night/early-morning sky during the days around the Orionid peak, making for a far less impressive display. The Orionids are not known for their impressive counts either, with 10 to 20 meteors per hour expected.
Orion marks the position of the meteor shower radiant, meaning the meteors themselves will seem to shoot roughly from the east to the west. To optimize your experience, lie flat on the ground with your feet pointed east and your head elevated – meteors will then appear to fly right over and around you. Counts and brightness tend to increase the later you stay out, with peak observing times usually between midnight and 4 a.m. The swarm of tiny particles is distributed broadly in orbit, meaning some people may shooting stars associated with the Orionids anytime this month.
Also, kudos to friend and fellow space trucker Prof. John McMahon for one orientational catch – the following:
Starting around mid-October, Jupiter will peak above the Western horizon just after 6:30 a.m.
Starting around mid-October, Jupiter will peak above the Eastern horizon just after 6:30 a.m.
"You know that you got to play correctly the first or second take or that's it. He would take it anyhow. You mess up, well that's it. You know, that's your problem. You have to hear that all the rest of your life."
For interested parties, this article also marks the second (and final) official mention (to the best of my knowledge) of our upcoming MOST/TACNY/CNYO hosting of International Observe The Moon Night on Saturday, October 8th. At present, the weather is looking less-than promising for even lunar observing, but plans are underway to handle the crowd either way.
If it rains Saturday night, then I recommend the following: