Dr. Victoria Grinberg

@vicgrinberg
8.4K Followers
945 Following
7.1K Posts

- professional PhD astrophysicist #XraysAreTheBestRays
- published author & artist
- #ClimateCrisis & Astronomers for Planet Earth
- science communication #VicisAstro
- artwork #VicisArt
- book recs #VicisBooks
- foodie & chef #ViciCooks
- living between Zuid-Holland (50%), Süddeutschland (20%) & on the road (30%)
- she/her

Housekeeping:
- private account, not speaking for my employer
- most posts expire after 12 months
- direct messages from non-mutuals are blocked & ignored

Professional website:https://www.sternwarte.uni-erlangen.de/~grinberg/
Author page with the KOSMOS-Verlaghttps://www.kosmos.de/en/unsere-autoren/victoria-grinberg#description
Astronomy & Climate Crisis at the LISA Symposium:https://www.youtube.com/watch?v=W8jnr_Hlu_w&t=2394s
Astronomers for Planet Earthhttps://astronomersforplanet.earth/

Remember when a “legitimate argument” peddled against #EVs was the power grid would fail? Too much strain? Oh WOE be to the power lines! Grandma will DIE in her home in August because YOU plugged in!

Yet suddenly we are full steam ahead building #datacenters the size of Manhattan to make banana pics. #AI #slop. And the electric demand will be colossal and constant.

Society and the world needs to stop being fooled and corralled by interests that don’t care about you.

#politics #environment

🚀 Als Herzstück von Orion bringt das European Service Module (ESM) die Artemis II Crew zum Mond. Es liefert den Hauptantrieb für den Flug, erzeugt Strom über seine Solarpaneele und stellt Wasser, Sauerstoff sowie die Temperaturregelung für die Crew bereit. Entwickelt unter europäischer Führung mit deutschen Anteil von 50 %, ist es erstmals ein nicht-US-amerikanisches System, das Menschen sicher Richtung Mond transportiert. Ein Schlüsseltechnologiebeitrag für die internationale Raumfahrt!
"The search for habitable planets, and even for ``Earth 2.0'', is a major driver in contemporary astronomy. However selecting target fields to prioritise for such searches presents a challenge. Here we establish a statistical analysis of the appearance of constellation names in science fiction magazines of the pulp era, evaluating the most commonly mentioned constellations and thus those which the science fiction community collectively identify as the most likely locations to find life." 1/2
Indeed, at times it is unclear if the national funding system would like us to understand anything, if it does not immediately involve a cow Challenge accepted

"Given that the predictive power of science fiction is well established, we suggest that these locations might be prioritised by searches for extrasolar biospheres."

What an excellent paper by Elizabeth R Stanway from Warwick, never thoughts I'd see such an amazing collaboration between astronomy and digital humanities!

▶️ https://arxiv.org/abs/2603.28883

2/2

#astrodon #DH #DigitalHumanities #astronomy #exoplanets

Where to Search For Life: Evidence from narrative sources with established predictive efficacy

The search for habitable planets, and even for ``Earth 2.0'', is a major driver in contemporary astronomy. However selecting target fields to prioritise for such searches presents a challenge. Here we establish a statistical analysis of the appearance of constellation names in science fiction magazines of the pulp era, evaluating the most commonly mentioned constellations and thus those which the science fiction community collectively identify as the most likely locations to find life. Given that the predictive power of science fiction is well established, we suggest that these locations might be prioritised by searches for extrasolar biospheres.

arXiv.org
"The search for habitable planets, and even for ``Earth 2.0'', is a major driver in contemporary astronomy. However selecting target fields to prioritise for such searches presents a challenge. Here we establish a statistical analysis of the appearance of constellation names in science fiction magazines of the pulp era, evaluating the most commonly mentioned constellations and thus those which the science fiction community collectively identify as the most likely locations to find life." 1/2
I hate that it is like this, but surprisingly often something that would have been a long e-mail discussion is a quick "you are right" in a one on one in person conversation ...
Update: both my collaborator and their PhD candidate (because of whom we had the meeting) were available one hour early on short notice and we had a good laugh about this.

I've done something I've been procrastinating on for a month, moving it on in my daily to do list from one day to next, feeling bad about it.

And it took me whole 15 minutes.

Behold this most serious paper, in submission to Acta Prima Aprilia. A three-way collaboration with @[email protected], myself & Laura Revell 🛰️🐄🤠🔭

Cow-culation: Reentry Impact R...
Cow-culation: Reentry Impact Risk to Livestock in the Satellite Megaconstellation Era

The commercial space industry is launching more satellites into Low Earth Orbit every year. Aotearoa New Zealand (NZ) has a thriving dairy and cattle industry. Unfortunately, these industries could come into (high speed) cow-llision, as the rapid launch rate and short operational lifetimes of satellites in megaconstellations like Starlink result in a high reentry rate at NZ's latitudes. This could intersect with NZ's famously large population of livestock. We predict this will be an udder disaster for any cows that are hit, as they are squishy and moo-ve much more slowly than space debris. Using a global bovine density dataset, previously published satellite casualty probability code, and a complete lack of funding to do this calculation carefully enough for submission to a peer-reviewed journal, we calculate a $\simeq 0.3-1% chance of a cow-sualty in NZ from reentering Starlink Gen2 debris over the next 5 years.

arXiv.org