Chemistry World Today highlights Shipman Group Research into 'Synthetic strategy exploits fluxional nitrogen to deliver three chiral centres for the price of one'

https://www.chemistryworld.com/news/synthetic-strategy-exploits-fluxional-nitrogen-to-deliver-three-chiral-centres-for-the-price-of-one/4011029.article

Professor Matthew Gibson has been awarded a prestigious €2M ERC consolidator grant for his work on new materials to help transport protein and cell-based therapies. The project ICE_PACK will support a cross disciplinary team of researchers based in both the Chemistry Department and also in Warwick Medical School.

Professor Matthew Gibson has been awarded a prestigious €2M ERC consolidator grant for his work on new materials to help transport protein and cell-based therapies. The project ICE_PACK will support a cross disciplinary team of researchers based in both the Chemistry Department and also in Warwick Medical School.

Build a magical castle or set off an eternal winter? Maybe not...but scientists @warwickuni are working on some very exciting projects at very low temperatures.

Are you worried about what our future will look like? Is plastic good or bad? Are electric vehicles actually going to save our planet? Come and join us at Our Green Future to find answers to all these questions.

The forum will focus on 'Clean Transport', 'Plastics with Potential' and 'Food of the Future' and will host a large number of industry leaders and academics to address the topical issue of climate change. Tickets have just been released! First 250 tickets include a free travel mug so that you can also help fight against the human impact on climate change. All money from tickets will be donated to charities fighting against climate change. Tickets are available here: https://www.warwicksu.com/events/4097/18103/

The end of reapplying sunscreen could be on the horizon after scientists found a molecule which can ‘dance’ away the harmful sunlight.

Plants stay safe from the Sun because they hold a molecule which absorbs ultraviolet light and uses the energy to shake at a speed of 100 billion twists per second, which expends the radiation before it can cause harm.

Scientists at the University of Warwick searched for a structure with similar properties and discovered that diethyl sinapate closely mimics the process when exposed to sunlight.