imperial college london

Behold a futuristic depiction: tiny machines, like miniature robots, in battle against enlarged superbugs. Set in a microscopic world, this scene vividly illustrates the advanced technology utilized in the fight against antibiotic-resistant bacteria, capturing the dynamic clash between mechanical marvels and biological adversaries. A visual narrative of science's innovative combat against superbugs!
Deadly bacteria and cancers could be halted by the latest advances in medical nanomachines
Sustainable energy storage using a seaweed based sodium battery
Engineered mosquitoes can prevent transmission of malaria to humans
Aerial AM Cementitious 3D print using a custom-built drone with a delta-arm manipulator. (Image: Aerial Robotics Lab, Imperial college)
Building and repairing structures with 3D printed flying drones
The first spontaneously self-organizing laser device which can reconfigure when conditions change like living materials
BiOI pixels produce hydrogen bubbles under illumination. Credit: Dr Virgil Andrei.
Earth-abundant solar pixels are a viable light harvester for stable green hydrogen production
The new drone with a fish-inspired suction disc hitchhikes on moving objects to save power and can quickly transition between air and water. Illustration: Beihang University / Science Robotics
A new robot is capable of switching from an underwater drone to an aerial vehicle in less than one second
'Real-time snapshot of epidemic trends worldwide'
Global outbreak monitoring gets a real-time epidemic forecasting tool
A dual membrane redox flow battery for large scale energy storage
It is possible to perform artificial intelligence using tiny nanomagnets that interact like neurons in the brain
A hydrogen fuel cell that uses iron instead of rare and costly platinum
A drug-resistant mould is spreading from the environment and infecting susceptible people’s lungs
The depressed brain encourages rigid thought patterns that impact well-being. This can be viewed as a “landscape” with deep wells that make it difficult for patients to “move between” different thoughts and perspectives. Image by Richard Daws, Kings College London
Rewiring the brain for people with depression using psilocybin
A malleable robotic arm that can be guided into shape by a person using augmented reality (AR) goggles
Scientists astounded by performance of sustainable batteries with far-reaching implications for e-vehicles and devices