28 November 202525 November 2025 A KAIST team develops the world’s first modular co-culture platform for the one-pot production of rainbow-colored bacterial cellulose This research offers a versatile platform for producing living materials in multiple colors, and provides new opportunities for sustainable textiles, wearable biomaterials, and functional living materials
Farbige, nachhaltige Mode aus dem Eimer: Diese Bakterien-WG produziert umweltfreundlich Zellulosefasern Forschende haben zwei Bakterienarten kombiniert, die farbige Fasern produzieren können – in einem gemeinsamen Behälter und umweltfreundlicher als die gängigen Verfahren
15 October 20259 October 2025 KAIST, KRICT, Ecopro HN boost smart farm yields with direct air capture technology Small direct air capture units set to raise greenhouse CO2 to ideal levels for crops
3 September 202527 August 2025 The latest in biomaterials research The best in new biomaterials research from the last year
17 April 202511 April 2025 KAIST Develops Eco-Friendly, Nylon-Like Plastic Using Microorganisms KAIST researchers have successfully developed a new bio-based plastic with fermentation from propriate developed microbial strains through systems metabolic engineering
12 March 20257 March 2025 What If We Could Revive Waste Carbon Dioxide? Conventional carbon dioxide (CO2) conversion technologies have faced challenges in commercialization due to their low efficiency relative to high energy consumption
Was wäre, wenn wir Kohlendioxidabfälle wiederbeleben könnten? KIMS und KAIST-Forscher haben einen Katalysator-Syntheseprozess und eine Technologie zur Präzisionskontrolle entwickelt, um die Effizienz der Kohlendioxidumwandlung zu maximieren
6 May 20243 May 2024 New Approach Could Make Reusing Captured Carbon Far Cheaper, Less Energy-Intensive A team led by Marta Hatzell designed a new electrochemical reactor to seamlessly integrate into direct air capture systems and turn CO2 into useful raw materials
6 July 20234 July 2023 Status of Biobased Production of Succinic Acid and Derivatives The current status and future perspectives on the successful industrialization of biobased succinic acid are discussed in a comprehensive review article in the peer-reviewed journal Industrial Biotechnology
5 May 20234 May 2023 Neues Wunderverfahren verwandelt CO2 in Bio-Plastik Koreanische KAIST-Forscher haben einen biologisch abbaubaren Kunststoff durch die Nutzung von Kohlendioxid im Zusammenhang mit Strom entwickelt
19 April 202314 April 2023 A biohybrid system to extract 20 times more bioplastic from CO2 developed by KAIST researchers The scientists produced bioplastics from CO2 by developing a hybrid system that interlinked the electrochemical CO2 conversion and microbial bio conversion methods together
11 January 20179 January 2017 Forscher rücken molekulare Filme der Photokatalyse in greifbare Nähe Neu visualisierter Prozess könnte zu einer besseren (effektiveren?) solaren Energiegewinnung führen
DTU Researchers Make Molecular Movies of Photocatalysis About to Happen New findings provide a key step towards a general understanding of the dynamics involved in artificial photosynthesis
