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Frontier research

In the early Bronze Age, there was an infusion of a different genetic makeup in Europe whose origin ancient DNA experts are trying to explain. Image credit - geograph/David Dixon, licensed under CC BY-SA 2.0
health | frontier research
03 December 2019

How did the plague reshape Bronze Age Europe?

Europe changed dramatically during the Bronze Age, with huge population shifts generally ascribed to the rise of new metal technologies, trading and climate change. But scientists believe that there may have been another reason for this social upheaval – the plague, possibly transported by, or on the back of, newly domesticated horses.

Sir Peter was one of three winners of this year's Nobel prize in physiology or medicine. Image credit - Courtesy of Ludwig Cancer Research
interview | health | frontier research
02 December 2019

Nobel prize winner: Oxygen regulation discoveries are starting to lead to new anaemia, cancer drugs

Drugs that activate or block the body’s oxygen-sensing machinery to treat conditions such as anaemia in patients with chronic kidney disease and cancer are being made possible because we now understand the way that cells respond to oxygen deprivation, according to Sir Peter Ratcliffe, one of three winners of this year’s Nobel prize in physiology or medicine.

Transparent wood is created by stripping out lignin from wood and replacing it with a polymer. Image credit - WILEY‐VCH Verlag GmbH & Co. KGaA, Weinheim, licensed under CC BY-NC-ND 4.0
industry | frontier research | environment
26 November 2019

Transparent wood: the building material of the future?

When Timothée Boitouzet studied architecture in Japan, where buildings need to survive earthquakes, he realised the next smart material might be one that humans have used for thousands of years – wood.

Understanding if a hot Jupiter bleeds off its atmosphere can help explain how the atmospheres of all exoplanets change over time. Image credit - NASA/JPL-Caltech
space | frontier research
25 November 2019

Probing exoplanet atmospheres could reveal telltale signatures of life

It may be that life is lurking out there on other planets. But stuck here on Earth, how can we ever know for sure? A good place to start is by looking for the compounds on other worlds that are known to be the key ingredients of life as we know it.

The way that a young exoplanet interacts with its star's disc of dust and gas determines the type of exoplanet that will ultimately form. Image credit - NASA/JPL-Caltech/D. Berry
space | frontier research
18 November 2019

Zeroing in on baby exoplanets could reveal how they form

Twenty-four years ago, Swiss astronomers Michel Mayor and Didier Queloz discovered the first planet orbiting a sun-like star outside our solar system – a milestone recognised by this year’s Nobel prize in physics. Today we know of thousands more ‘exoplanets’, and researchers are now trying to understand when and how they form.

Studies into consciousness could help explain why patients in vegetative states have varying levels of awareness. Image credit - Dr. Leon Kaufman. University Of California, San Francisco, licensed under CC0
health | frontier research
13 November 2019

Pinning down consciousness could improve mental health, brain disorder treatments

Consciousness – the awareness we have of our self and surroundings – is often referred to as ‘the hard problem’. It’s not easy to scientifically explain how a subjective experience, which is something intangible, can be created by the brain – a physical object. But understanding more about how consciousness works could help us find treatments when things go wrong.

The habitability of a super-Earth could be related to its having a magnetic field. Image credit - ESA/Hubble, M. Kornmesser, licensed under CC BY 4.0. Artist’s impression of super-Earth K2-18 b
space | frontier research
12 November 2019

Is there life on super-Earths? The answer could lie in their cores

Rocky planets larger than our own, so-called super-Earths, are surprisingly abundant in our Galaxy, and stand as the most likely planets to be habitable. Getting a better idea of their interior structures will help predict whether different planets are able to generate magnetic fields – thought to be conducive for life to survive.

The volatility of seasons is affecting the breeding patterns of Brent geese, a migratory bird species. Image credit - Flickr/milo bostock, licensed under CC BY 2.0
environment | frontier research
07 November 2019

Changing climate is narrowing options for migrating birds

Across an entire desert or ocean, migratory birds make some of the most extreme journeys found in nature, but there are still huge gaps in our understanding of how they manage to travel these vast distances and what a changing climate means for their migration patterns.

This micro-swimmer encased in a soft hydrogel-like material has fins that are mobile and can expand and contract when stimulated. Such structures could in the future be used to deliver treatments inside the human body. Image credit - Dr Florea
health | industry | frontier research
05 November 2019

Nanovehicles that mimic nature could deliver treatments of the future

Tiny vehicles up to 1,000 times smaller than the width of a human hair that are cloaked in biological camouflage could provide new ways of treating cancer with fewer side-effects.

One of the main goals of exoplanet research is to work out the frequency of potentially habitable planets, according to Dr Gillon. Image credit - ©ULiège / JLWertz
interview | space | frontier research
04 November 2019

'We've found dozens of potentially habitable planets - now we need to study them in detail'

From the first discoveries of planets beyond our solar system in the 1990s, we now know of thousands of alien worlds, some of which could even be habitable to life as we know it. Now we need to detect more of these exoplanets and study them in detail, says astronomer Dr Michaël Gillon from the University of Liège in Belgium, who was involved in one of the most important exoplanet discoveries to date.

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