Positioning in challenging environments
From driving, to crop harvesting and timing in the financial markets, many aspects of our modern lives are reliant on GPS.
But, although they are everywhere, high frequency radio waves have a flaw. They are blocked by solid objects – like buildings – so they can’t reach everywhere.
Hardy Crops To Tackle Food Insecurity
Our world is getting more and more densely populated. By 2050 there’ll be nearly 10 billion people on our planet and agricultural demand is predicted to rise by 70%. So how will we ensure that every human alive gets the food they need?
Facebook LIVE: What is a virus?
We filmed a Facebook LIVE from the Rehwinkel lab in the MRC Human Immunology Unit at the Weatherall Institute of Molecular Medicine in Oxford.
Materials for nuclear fusion: how do you confine a sun to a box?
We face an energy crisis, so the idea of a clean, potentially limitless supply of energy is deeply appealing. Nuclear fusion, the same source of energy that makes the sun shine, could provide the answer, but there are some big obstacles to overcome.
Facebook LIVE - all about Mandrakes!
We went live with Dr Chris Thorogood, from the
How does electricity flow through small objects?
Single molecules are small – really small! But what if we could harness some of their abilities to conduct and control electricity to create new electronic components? Researchers at the University of Oxford are investigating just this to find more energy efficient ways to transfer information.
How to read DNA
Reading DNA, the instruction book inside of all our cells, is an important way to learn about what makes us who we are. However, not every research group has the expertise and equipment necessary to do this, which is where the Oxford Genomics Centre come in.
Find out about exciting research taking place at the University in these short videos
Understanding COVID-19 transmission, informing control
Tackling a previously unseen pathogen - like the one that causes COVID-19 - is like piecing together a puzzle. There are many different parameters to investigate before the pathogen can be fully understood, and before effective control measures can be put in place.
Changing plant chloroplasts to improve crop performance
Chloroplasts are tiny protein-filled units within plant cells. As well as being responsible for photosynthesis, they are critical to a plant's ability to respond to its environment (for example, to the intensity of light or the threat of disease). They do this by importing the proteins they need...
Mechanobiology: the stress of life
We often think of our bodies in terms of cells and genes, but we shouldn’t forget that they’re also complex mechanical structures. From an Achilles tendon – that can carry half the weight of a Mini – to our constantly pulsing blood vessels, they’re feats of meticulous engineering.
Using your science to understand volcanic eruptions
Explore The Big Questions with experts from around the University
How do you measure pain?
We all feel pain differently. What to one person may be the worst pain in the world, might be a mild irritation to another person; but why? At the moment, we don’t have a thorough understanding of how pain is processed, meaning it is difficult to devise treatments for chronic (long-term...
How are we using energy in lockdown?
Things have changed a lot over the past few months – including, for many of us, our daily routine. But how has this impacted our energy usage?