Celoživotní vzdělávání není jen o studentech. Je to nástroj pro odborníky, týmy i celé organizace, které chtějí držet krok s vývojem a být připravené na reálné výzvy.
Kurz zajišťuje Fakulta technologie ochrany prostředí VŠCHT Praha.
Ten ale není jen formálním potvrzením – je výsledkem dlouhodobé spolupráce mezi akademickou sférou a profesionály z praxe.
Výuka kombinuje teorii s intenzivní praktickou částí, kde se rozhoduje rychle a přesně – stejně jako při skutečných zásazích.
Absolventi získávají certifikát v rámci programu celoživotního vzdělávání VŠCHT Praha.
Účastníky posouvá blíž realitě zásahů: identifikace neznámých látek přímo v terénu, práce s moderními přístroji a důraz na bezpečnost v podmínkách, které nejsou jen „laboratorní“.
Vyvrcholením spolupráce s Hasičským záchranným sborem hlavního města Prahy, konkrétně Chemickou službou, je specializovaný kurz zaměřený na mobilní analytické metody.
🌟 Staňte se laureátem nebo laureátkou Ceny Rudolfa Lukeše za excelentní chemii pro rok 2026! Přihlášky přijímáme do 31. března.
📌 Více informací se dozvíte na našem webu: experientia.cz/cena-rudolfa....
Online meeting pro zájemce o zahraniční stáže a start-up granty je tady! ⏰ Koná se už ve čtvrtek 12. února od 10:00.
📩 O pozvánku s odkazem si napište na e-mail experientia@experientia.cz.
Těšíme se na vás!
🇨🇿 Read about the discovery on our website: vscht.cz/popularizace/media/tiskove-zpravy/na-vscht-vytvorili-rekordni-molekularni-prepinac
🌐 Explore the full collection here: pubs.rsc.org/en/journals/articlecollectionlanding?sercode=tc&themeid=9112b545-fcf9-4a9c-810b-57c2059f94c9
🌟 Our research success!
The article about the record-breaking molecular photoswitch by Petr Kovaříček’s team (UCT Prague) and colleagues at IOCB Prague has been selected for the Most Popular Articles Collection of 2025 by the Journal of Materials Chemistry C! 🔬
💡 This new approach could transform the slow trial-and-error drug development process into a scalable, computation-driven drug discovery pipeline powered by artificial intelligence.
🧠 Roman and his colleagues’ project proposes using artificial intelligence to uncover these hidden pathways by integrating data on plant metabolites, gene sequences, and enzyme activities. This builds on his previous work identifying molecules from natural samples and predicting enzyme functions.
🌿 Roman Bushuiev’s research
Plants act as powerful chemical factories producing many useful molecules, including medicines. However, for most of them (>95%), their “blueprints”—the biosynthetic pathways explaining how these substances are made—are still unknown.
Roman is currently in the 2nd year of the PhD program in Bioinformatics at the University of Chemistry and Technology, Prague 🧬. His supervisors are Tomáš Pluskal from the Institute of Organic Chemistry and Biochemistry of the Czech Academy of Sciences 🔬 and Josef Šivic from CIIRC CTU 🤖.
🎓 Our PhD student Roman Bushuiev received the prestigious Google PhD Fellowship in the Health Research category 🏆, an award recognizing outstanding postgraduate students conducting exceptional and innovative research in computer science and related fields.
Her research focuses on developing eco-friendly building materials that could replace cement and significantly reduce the carbon footprint of the construction industry. 🌿¨
📷 author: Kateřina Šulová, source: ČTK IB
#CzechHead #VŠCHT #Sustainability #MaterialsScience #Chemistry #Research
🏆 Our PhD student Anna-Marie Lauermannová has received the Doctorandus Award for Technical Sciences at the Czech Head 2025!
🚀 Big news from Prague!
Vít Svoboda from the Department of Physical Chemistry, UCT Prague, made it to the Top 5 finalists worldwide in the Dream Chemistry Award 2025 with his visionary project “From Molecular Chirality to Petahertz Quantum Computing.”
First ever finalist from 🇨🇿! 👏
📖 The discovery was published in Journal of Materials Chemistry C and was immediately selected among the most remarkable papers of 2025.
Why does it matter? It paves the way for cheaper, more efficient catalysis, new magnetic materials, and even the fight against antibiotic resistance. After light activation, the new molecules can kill more than 99.99% of dangerous pathogens – but only exactly where you shine the light.
🔬💡 Scientists from UCT Prague and IOCB have developed a photoswitch that rewrites the rules of photochemistry – its so-called triplet state lasts hours instead of milliseconds!
👉 In our interview, he looks back on his student days and the path to this groundbreaking medicine: “Do what you enjoy, but always ask yourself how it can benefit people and society.”
Full interview: www.vscht.cz/popularizace....
🌍 A major breakthrough in the fight against HIV! The FDA has approved Lenacapavir, a new drug developed at Gilead Sciences with a key contribution from Czech scientist Prof. Tomáš Cihlář – a proud graduate of UCT Prague.
🚀 New paper from the Department of Inorganic Technology, UCT Prague!
Prof. Fíla’s team developed composite PIM-1 membranes that efficiently separate CO₂ from gas mixtures – a promising step for cleaner energy and lower emissions.
➡️ The research is being conducted in collaboration with the J. Heyrovský Institute of Physical Chemistry of the Czech Academy of Sciences and is supported by the Czech Science Foundation.
The result will be new materials that will contribute to cleaner water and energy. 🌊⚡
➡️ The aim is to increase the efficiency of these cells, improve their stability, and prevent damage (photocorrosion).
☀️The sun as a chemical tool
A team led by Prof. Josef Krýsa from the University of Chemistry and Technology in Prague is developing photoelectrochemical cells – devices that use sunlight for the oxidative removal of pollutants from water and the photoelectrosynthesis of valuable chemical compounds.
The results provide new insights into the development of semiconductors and the understanding of molecular dynamics.
📖 Nature Communications
[DOI: 10.1038/s41467-025-61512-8]
#VŠCHTPraha #science #chemistry #femtochemistry #NatureCommunications
Thanks to a cutting-edge experiment and calculations, a team led by Vít Svoboda from UCT Prague has managed to describe the ultrafast breakdown of a silane cation after photoionisation – in timescales of less than 150 fs!