NewsEven Weak Traffic Noise Has a Negative Impact on Work Performanceby Chalmers University of TechnologyStudy has demonstrated a decline in work performance at noise levels as low as 40 dB
NewsAI Tailors Artificial DNA for Future Drug Developmentby Chalmers University of TechnologyThe technology can contribute to the development of vaccines, drugs, and alternative food proteins at lower cost
NewsNanochannels Light the Way towards New Medicineby Chalmers University of TechnologyNew microscopy technique allows proteins, DNA, and other tiny biological particles to be studied in their natural state
NewsConverting Solar Energy to Electricity on Demandby Chalmers University of TechnologyA new technology can store energy for up to 18 years and convert it to electricity on demand
NewsMathematical Discovery Could Shed Light on Secrets of the Universeby Chalmers University of TechnologyNew research may lead to new insights into how and why microscopic quantum mechanical ripples arise
NewsCompact Amplifier Could Revolutionize Optical Communicationby Chalmers University of TechnologyThe new amplifier offers high performance, compact size, and does not generate excess noise
NewsGraphene Binds Drugs That Kill Bacteria on Medical Implantsby Chalmers University of TechnologyResearchers have succeeded in binding water-insoluble antibacterial molecules to graphene
NewsAI Method for Generating Proteins Will Speed Drug Developmentby Chalmers University of TechnologyAI-based method offers potential for many future applications, such as faster and more cost-efficient development of protein-based drugs
NewsBig Breakthrough for 'Massless' Energy Storageby Chalmers University of TechnologyNew structural battery performs ten times better than all previous versions and could greatly reduce the weight of electric vehicles and other technology
NewsNew Thermometer Can Accelerate Quantum Computer Developmentby Chalmers University of TechnologyNovel type of thermometer can simply and quickly measure temperatures during quantum calculations with extremely high accuracy