Savateev Lab

📢 #ChemChallenge v1.0 – a video game for studying and teaching chemistry was released! ✅100 levels ✅In-game 💰& 🛍️ ✅Customization of your virtual lab🧪 ✅Your score depends on how well you can apply your chemistry knowledge ✅ Powered by AI savateevgroup.com/chemchallenge/

🕹️The video game ChemChallenge goes online! Play it in your browser: 1. savateevgroup.com/chemchallenge/ 2. play.unity.com/en/games/b1915… Or download and play it offline: osavateev.itch.io/chemchallenge ChemChallenge - a video game for studying and teaching chemistry.

We round off 2025 with the publication in Accounts of Chemical Research. Many thanks to former group members and our collaborators from all over the world!👏👏👏 pubs.acs.org/doi/full/10.10…

🏆🏆We are thrilled to receive a commendation in Pedagogical Innovation at the Teaching and Learning Innovation Expo 2025 for the development of @ChemChallenge – a video game for studying and teaching chemistry.🕹️🧑‍🏫 savateevgroup.com/2025/12/22/com…

#ChemChallenge – a video game for studying and teaching chemistry. Now, we publish in the Journal of Chemical Education development of this software and its application in teaching at the undergraduate level at @CUHKofficial. @Zhuangjingru pubs.acs.org/doi/10.1021/ac…

@SahooTejas @ivofreitas @Davide_Rv @PhotogreenLab Thank you @SahooTejas for your positive feedback! 🙏

🎮🕹️Here is our score upon completion of #ChemChallenge video game. Can you beat it? 🫵We tag @ivofreitas @Davide_Rv @PhotogreenLab 1⃣Complete the game 2⃣Post a screenshot with your score 3⃣Tag somebody from your network

@SahooTejas @Davide_Rv @ivofreitas @PhotogreenLab @PaoloGiusto @_lucapaldo @OSavateev Iron bolt, Fe(s), should be available for usage in level 55.

@SahooTejas @Davide_Rv @ivofreitas @PhotogreenLab @PaoloGiusto @_lucapaldo @OSavateev Excellent question! In level 55, you can use Fe(s) and Cl2(g) to make FeCl2(s)

🕹️📺 This episode of #ChemChallenge explains, from a thermodynamic perspective, why shining light on chemical substances can enable a non-spontaneous chemical reaction. youtube.com/watch?v=kQYx2F…

🧑‍🔬🧪We're excited to put these boys to work—stay tuned for some cool yet air-sensitive stuff!

This round of recruitment for MPhil-PhD in Chemistry 2024-25 is complete. Yunfei Li started her studies and research project in the group. savateevgroup.com/2025/07/30/int…

A new MPhil-PhD student has just joined the group. Welcome aboard, Yiyi! We are looking forward to work with you! savateevgroup.com/2025/07/03/yiy…

#Photoelectrocatalysis! 🌞 Review on #PolyheptazineImides to host single atoms in flexible 2D frameworks for H₂, NH₃ & CH₃OH production—and even organic synthesis. With #FAU, #UFSCAR & #CUHK 🧪⚡ Check advanced.onlinelibrary.wiley.com/doi/10.1002/ad… #SingleAtoms #Ionic #SolarToX #GreenChem

🎉📺We are on YouTube! 📺 @SavateevLab" target="_blank" rel="nofollow noopener">youtube.com/@SavateevLab

🕹️📺 This #ChemChallenge application tip video explains why using chemical compounds with a positive enthalpy of formation as reactants makes a chemical reaction more exothermic. vimeo.com/1082394307

@JuanCar38422560 Congrats!

Step into the fascinating world where sound and light meet science! Join us for a captivating short film that explores the powerful effects of sonication and photocatalysis—two cutting-edge techniques changing the way we think about chemistry. youtube.com/watch?v=hCmy75…

🕹️📺Start of the week and a new episode of #ChemChallenge application is released. In this episode, you will learn how coupling a nonspontaneous reaction with a spontaneous one can enable synthesis of a target chemical.⚗️ savateevgroup.wordpress.com/wp-content/upl…

🕹️📺Check out episode 2 of #ChemChallenge video game application tips. It explains why cooling in some cases enables chemical reactions and how to use it to complete certain levels in the game. Stay tuned for more! savateevgroup.wordpress.com/wp-content/upl…

Summer camp for early postgraduate admission 2025 at the Chinese University of Hong Kong. Application deadline 9 May 2025. chem.cuhk.edu.hk/cuhk-chemistry…

📢Carbon nitride and cobaloxime create anilines and H2.🤝 An example of “artificial photosynthesis”.💡🧪 A work of many people!🇩🇪🇮🇹🇸🇮🇪🇸🇦🇺🇭🇰🇪🇺@StefanoMazzan12 @PaoloGiusto @kemijski @Davide_Rv @PhotogreenLab @CatarTproject @JingsanX tinyurl.com/3rmc6uhm

@Davide_Rv @ivofreitas @PhotogreenLab @PaoloGiusto @_lucapaldo @OSavateev Thank you, Davide!

@SavateevLab @ivofreitas @PhotogreenLab Thanks @SavateevLab!! Really an intriguing way to engage chemists of any background and experience in physical chemistry! #ChemChallenge I tag @PaoloGiusto and @_lucapaldo!