Cambridge is a city on the River Cam in eastern England, home to the prestigious University of Cambridge, dating to 1209. University colleges include King’s, famed for its choir and towering Gothic chapel, as well as Trinity, founded by Henry VIII, and St John’s, with its 16th-century Great Gate. University museums have exhibits on archaeology and anthropology, polar exploration, the history of science and zoology.
True to Nature: Open-air Painting in Europe 1780-1870 Explore the inventive ways artists in the 18th and 19th centuries recorded fleeting moments in nature, capturing the effects of light, drama, and atmosphere first-hand in the open air.
The start of the university is generally taken as 1209, when scholars from Oxford migrated to Cambridge to escape Oxford’s riots of “town and gown” (townspeople versus scholars). To avert possible troubles, the authorities in Cambridge allowed only scholars under the supervision of a master to remain in the town. It was partly to provide an orderly place of residence that (in emulation of Oxford) the first college, Peterhouse, was founded in 1284 by Hugo de Balsham, bishop of Ely. Over the next three centuries another 15 colleges were founded, and in 1318 Cambridge received formal recognition as a studium generale from Pope John XXII.
The variant hunters are helping us to understand how and why the COVID-19 virus is spreading, allowing us to fight back against the COVID-19 pandemic.
Hear from some of the scientists behind the UK’s nationwide sequencing effort to track SARS-CoV-2. Sir Patrick Vallance (the government’s Chief Scientific Adviser) also describes how the expertise that came together during the pandemic is now recognised across the world – and why it’s crucially important to continue to sequence to be ready for future pandemics.
This pioneering work is being carried out by the COVID-19 Genomics UK (COG-UK) consortium, which comprises numerous academic institutions, four public health agencies and the Wellcome Sanger Institute, and is administered by the University of Cambridge.
“Incredibly impressive, incredibly high quality and incredibly focused on the mission to make sure that as many people benefited from the science as possible,” Sir Patrick Vallance.
Read more: https://www.cam.ac.uk/stories/variant…
Scientists have used a technique to grow bile duct organoids – often referred to as ‘mini-organs’ – in the lab and shown that these can be used to repair damaged human livers. This is the first time that the technique has been used on human organs. Funding provided by European Research Council, the National Institute for Health Research and the Academy of Medical Sciences
From a Dezeen.com online review:
On a single charge, Helia can cover a range of 900 kilometres – the distance from London to Edinburgh. Again, compared to the Tesla 3, the Cambridge University team’s car has double the range on a battery a quarter of the size.
The ability to cover this distance is aided by Helia’s chassis and body panels made from carbon fibre, which grant it a kerb weight of 550 kilograms.
Students from Cambridge University have built an ultra-efficient electric car that drives using only as much power as it takes to boil a kettle.
The Cambridge University Eco Racing (CUER) student society built the four-seater car, named Helia, with efficiency as the main goal.
Their achievement has been to produce a car that can travel 80 kilometres-per-hour using only 2500 watts, or as much power as it takes to boil a single kettle, which is equivalent to 31 watt-hours-per-kilometre.
To read more: https://www.dezeen.com/2019/10/30/cambridge-university-helia-electric-car/?utm_medium=email&utm_campaign=Daily%20Dezeen&utm_content=Daily%20Dezeen+CID_cac4a0d212b07ca5d52c59f6478666b2&utm_source=Dezeen%20Mail&utm_term=Cambridge%20University%20team%20build%20UKs%20most%20efficient%20electric%20car