Assistant Prof @Stanford | PhD from @Caltech | Planetary Scientist • Geochemist • Spectroscopist | Adventurer • artist • philosopher | Danish-Chinese

Palo Alto
Joined October 2020
Eva Linghan Scheller retweeted
What has space done for you recently? A tremendous amount, every day, it turns out. Here's why a full budget for @NASA is so important to us all.
America needs the strongest possible NASA, commercial space and university network to remain safe, growing, and inspiring. Space science underpins our national security, boosts local economies, develops new technologies/resources and reveals where we stand in the cosmos.
7
30
1
136
31,118
I’m thrilled to announce in July 2025, I’ll be starting as an assistant prof in the Earth and Planetary Sciences Department at @Stanford ! 🎓🔬 I am currently seeking passionate postdocs and graduate students (see below)
117
151
8
2,173
146,055
1️⃣ Laboratory work in spectroscopy and geochemical experiments, especially ices, organic matter, and/or rock alteration. 2️⃣ Machine learning processing of spectral spacecraft data for Earth observation and beyond. 3️⃣ Modeling of atmospheric and geochemical processes of planets
10
5
1
54
6,225
Eva Linghan Scheller retweeted
Nanoscale Spectroscopic Identification and Characterization of Minerals and Organic Matter in Ryugu Particles. buff.ly/49QIN2M Ryugu particles show incomplete and heterogeneous aqueous alteration and experience minimal and varying thermal metamorphism.
1
7
23
2,820
Amazing news!
VERITAS is back in the budget!! 🚀❤️ The project will get going full swing this fall (FY25). We’re looking at a 31 launch (TBC). Thanks to everyone who’s supported our return to Venus!! It’s going to be fabulous 😍
5
2,353
Eva Linghan Scheller retweeted
VERITAS is back in the budget!! 🚀❤️ The project will get going full swing this fall (FY25). We’re looking at a 31 launch (TBC). Thanks to everyone who’s supported our return to Venus!! It’s going to be fabulous 😍
8
73
25
367
42,825
Check it out - a nice work on sulfates as observed with UV Raman spectroscopy from the SHERLOC team @NASAPersevere
Evidence of Sulfate-Rich Fluid Alteration in Jezero Crater Floor, Mars. buff.ly/4bvPk5l. The sulfate minerals of Jezero crater floor were deposited in moderate pH, likely at low temperature, and during several episodes.
1
6
24
3,544
Led by the wonderful Sandra Siljestrom (who is not on twitter) and @andy_czaja.
811
Happy Valentine’s Day!
It never gets old: all the hearts spotted on #Mars [📷 NASA Mars Global Surveyor]
2
1,423
hyped - feeling like past 10 years ups and downs in research scattered over too many topics I find interesting is finally coming together in a single, epic presentation. Always had trouble finding the narrative in my story, but finally I see how it comes together so clearly.
2
1
29
3,554
WOW - mind-boggling how little we know about our solar system
NEW JWST IMAGE OF URANUS AND ITS ABSOLUTELY STUNNING
8
1,337
Eva Linghan Scheller retweeted
Congrats to Dr. Marcia Rieke, principal investigator for Webb’s NIRCam instrument, for receiving @AstroSocietyPac’s Catherine Wolfe Bruce Gold Medal! Considered one of the “founding mothers of infrared astronomy,” Rieke was nominated for her leadership: go.nasa.gov/47b1mhK
15
68
4
605
148,096
Eva Linghan Scheller retweeted
New in @PNASNews: Sam Birch estimates river flow and sediment transport rates on ancient Mars and present-day Titan using only channel width and slope. doi.org/10.1073/pnas.2206837…
3
1
18
3,575
Eva Linghan Scheller retweeted
The Øresund Bridge is a remarkable engineering marvel that connects Sweden and Denmark, specifically linking the Danish capital, Copenhagen, with the Swedish city of Malmö. This architectural masterpiece comprises a combination of a bridge and an underwater tunnel, serving as a vital transportation route for both cars and railways. The Øresund Bridge consists of three main sections. The journey begins on the Danish side with the Øresund Tunnel, an underwater passage that gradually ascends until it reaches an artificial island called Pepperholm. From there, the bridge emerges, spanning across the Øresund Strait and culminating in the Swedish city of Malmö. This intricate combination of tunnel and bridge creates an uninterrupted link between the two countries. Renowned for its grandeur and beauty, the Øresund Bridge is considered one of the finest and most famous bridges in the world. Its design exhibits meticulous engineering and architectural precision, capturing the attention and admiration of visitors. The bridge stands as a symbol of the close ties and collaboration between Denmark and Sweden. One of the notable features of the Øresund Bridge and Tunnel is its advanced monitoring system, which is among the most cutting-edge in Europe. Electronic cameras are strategically placed to accurately track vehicles passing through the bridge and tunnel. In the event of a vehicle stopping or any security concerns, live images of the specific location are displayed for immediate monitoring and response. This comprehensive surveillance system ensures the safety and security of travelers on the Øresund Bridge and Tunnel. It enables authorities to promptly address any potential issues, maintaining a smooth and secure flow of traffic between the two countries. The combination of state-of-the-art technology and vigilant monitoring has made the Øresund Bridge a model for transportation infrastructure worldwide. Overall, the Øresund Bridge stands as an iconic symbol of the strong connection between Denmark and Sweden. It not only provides a vital link for commuters and travelers but also serves as a testament to the remarkable achievements of modern engineering and design. With its blend of beauty, functionality, and advanced monitoring systems, the Øresund Bridge continues to inspire and awe visitors from around the globe.
371
2,601
359
28,006
10,802,720
Eva Linghan Scheller retweeted
New Mars paper this week in @ScienceMagazine. For over two decades, landforms on Mars called gullies have presented a problem: how can these recent features that closely resemble water-carved channels on Earth form on a planet so cold and with such a thin atmosphere?
Gullies on #Mars formed by liquid flowing on the surface, but none is expected in the current climate. James Dickson (@ErroneousTholus) et al. show the distribution of gullies is consistent with simulated locations of liquid water >600,000 years ago. science.org/doi/10.1126/scie…
5
16
1
53
10,286
Completing the last 6% of God of War this evening. It’s been an epic ride, highly recommend. As a Dane, I hope Thor does not die! But Odin can pass for all I care 🤷‍♀️
794
Excited to see your talk tomorrow
This Post is from an account that no longer exists. Learn more
858