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Mustache for a Cleaner Future
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Category:

Digital Artwork

Artwork title:

Mustache for a Cleaner Future

Description:

This scientific illustration shows a CO2 molecule selectively adsorbed at the central active site of a mustache-shaped MoS₂ nanomaterial, emphasizing the importance of engineered catalytic sites for efficient carbon capture and sustainable climate solutions.The initial design and visualization were created by me using the VESTA software based on my own scientific data and modelling work. ChatGPT was used only as an editing and communication aid to improve the wording, clarity, and presentation of the accompanying description. No AI-generated content was used to create the original artwork, design concept, or scientific visualization.

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19

Forough

👍🏻

8 Weeks

Reza

Nice job

8 Weeks

Jey

A mustache with a mission✅

8 Weeks

Ramtin

🔥 good job

8 Weeks

Nia

🔥🔥🔥

8 Weeks

Ramtin

🔥 good job

8 Weeks

Nia

Wow 🔥🔥

8 Weeks

Rey

Now that’s a mustache with a mission!🥸 Brilliant work👏🏻

8 Weeks

Moonlight

Combination of art & science

8 Weeks

Fateme

This is the kind of science content I signed up for🤌🏻👀

8 Weeks

Sinister

WoooooW

8 Weeks

Mary

interesting👌🏻

8 Weeks

Rey

A brilliant blend of science and creativity 👏🏻👏🏻

8 Weeks

Mary

interesting👌🏻

8 Weeks

Melika

Fantastic

8 Weeks

Bita

I can't believe that! Seriously Mustache shape?!😂🥸

8 Weeks

Juli

Graet😄

8 Weeks

yasaman

awesome

8 Weeks

Peter

Funny 😁

8 Weeks

99
😀😃😄😁😆😅😂🤣🙂🙃😊😇😍😘😜🤑🤗🤔😔🤢🤯🧐🥳🙆🖖👌🤏✌👍👎👊👏🤝🚀🛸🌙⭐⚡🔥❄🌍🌎🌏🏔🌋🏖🏝🍊🍄🍿🍣🍰🍕🍔🍟🛀💎🗺⏰🕹📚🐱🐪🐹🐤

999
😀😃😄😁😆😅😂🤣🙂🙃😊😇😍😘😜🤑🤗🤔😔🤢🤯🧐🥳🙆🖖👌🤏✌👍👎👊👏🤝🚀🛸🌙⭐⚡🔥❄🌍🌎🌏🏔🌋🏖🏝🍊🍄🍿🍣🍰🍕🍔🍟🛀💎🗺⏰🕹📚🐱🐪🐹🐤

Competing tent poles and circus tents
0

21st Century Weather

Competing tent poles and circus tents

Created as an original digital illustration, hand-drawn with a stylus in the SketchBook app. The artwork depicts how the atmosphere and oceans are connected through deep convection(associated with tall clouds and rainfall) over the tropics. It references the conceptual idea of the atmosphere behaving like a circus tent, with the local sea surface temperatures dictating the height of tentpoles (red and white striped vertical bars), which touch the tent fabric (solid and dashed dark blue curved lines) in regions where rainfall occurs.The tent fabric, which acts as a threshold for deep convection, is highest at the location of rainfall and relaxes further away from it. My research explores the interaction between the tropical Pacific and Atlantic Oceans. More specifically on how known modes of variations in sea surface temperatures over the Pacific(El Niño) and Atlantic interact to modify the thresholds.This is shown in the artwork by combining El Niño state with warm Atlantic conditions.

133

Plant Success

An empirical experiment

Genomic prediction is widely used to predict plant performance and accelerate breeding decisions, but most studies focus on a single generation. My research explores a bigger question: can these predictions remain accurate across cycles of selection? Using a large-scale empirical breeding experiment in Arabidopsis thaliana, I integrate genomic and phenotypic data to identify the genetic regions that consistently respond to selection over time and use these insights to improve prediction accuracy for future generations. Ultimately, this work aims to help breeders make smarter, more reliable long-term selection decisions for complex traits and accelerate the development of improved crop varieties

Tangled Diversity
0

Innovations in Peptide and Protein Science

Tangled Diversity

The Butterfly pea (Clitoria ternatea) is a rich source of natural food colorants and antioxidants as well as a catalyst for advancements in medicine and agriculture. Key to these innovations are small circular defence molecules known as cyclotides. Notably the eco-friendly pesticide, Sero-X®, derives its potency from extracts of this versatile plant. Utilizing plant genomics and evolutionary studies, researchers at CIPPS aim to unravel the intricate genetic evolution within C. ternatea to shed light on how the plant’s genes have adapted and conferred new functions over time. This artwork blends watercolour painting and digital drawing to pay homage to the myriad of cyclotides produced by C. ternatea. A sequence diversity wheel is entwined by the vine, adorned with its vibrant coloured flowers, creating a visual testament to the plant’s genetic richness.

Anatomy of an Online Crowd
0

Automated Decision-Making and Society

Anatomy of an Online Crowd

A force-directed network visualisation of coordinated behaviour on Twitter during the 2020 #ReopenAmerica protest movement, produced for my research into detecting online influence campaigns. Each of the 7,280 nodes is an account on X (formerly Twitter); the 26,513 links (or edges) connect accounts that repeatedly acted together within 300 seconds. Colour encodes the coordination type: co-linking (red), co-retweeting (blue), co-tweeting (yellow) and co-replying (white). The layout was computed from real social media data using our open-source Coordination Network Toolkit and the Force Atlas 2 algorithm in Gephi, then exported as an image. The dense blue core is a community of COVID-safety advocates, while the surrounding clusters reveal smaller pockets of coordinated amplification. No generative AI was used in any part of this process, including in the Coordination Network Toolkit code.

Stomata- The breathing pores of Life
37

Plant Success

Stomata- The breathing pores of Life

Captured using a handheld Dino-Lite digital microscope as part of my PhD research, this image reveals stomata, the microscopic pores that regulate gas exchange and water loss in plants. By opening and closing, stomata control the uptake of carbon dioxide for photosynthesis while limiting water loss through transpiration, making them central to plant survival and drought tolerance. This image is part of my research to understand how differences in stomatal traits contribute to water-use efficiency in crops. No AI was used.

Dark Matter Exclusion plot simplified
0

Dark Matter

Dark Matter Exclusion plot simplified

If finding WIMPs were a police investigation, physicists would have the world's most patient detectives.WIMPs have been playing hide-and-seek with physicists for decades. Every experiment checks another "room" in the vast landscape of possible masses and interaction cross sections. Most rooms come back with a disappointing "Not here." But that's exactly how science works: every null result narrows the search, making the remaining hiding places fewer and more specific. The WIMP may be an expert at hiding—but physicists are even better at searching. 😄

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