Imperial College London

​For Imperial College London I was Science Communications Lead for the Faculty of Natural Sciences. The role combined press officer duties, where I took enquiries from the media and created and distributed press releases, and science news editor, where I created news and multimedia features and curated the science news page. I also managed Imperial’s monthly podcast.

I originally filled the role temporarily as a secondment from the Natural History Museum March-June 2015, going back to it permanently from September 2015 until November 2024.

Links to all stories are categorised below, oldest to newest, or you can see a full list of my stories.​
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* Stars denote my favourites!

Physics

 2024

• UK universities partner with US lab to build a new quantum experiment​
• Imperial-built instrument jets off to NASA ahead of major solar wind mission
• Crucial connection for ‘quantum internet’ made for the first time *
• Imperial academic wins €2.4m European funding to improve solar harvesting tech
• Professor Sir John Pendry awarded Kyoto Prize for advanced technology
• Repurposed technology used to probe new regions of Mars’ atmosphere
• ‘Morning’ and ‘evening’ detected on an exoplanet
• Powerful new particle accelerator a step closer with muon-marshalling technology
• New record set in ongoing search for dark matter
• Work starts on world’s most sensitive ultra-rare particle detector
• Photo story: Imperial instrument installed on a solar-wind-studying spacecraft *
• Decades-long Uranus mystery solved

2023

• Scientists find first evidence that black holes are the source of dark energy
• Laser-driven creation of high-energy ions boosts next-gen accelerators
• Double-slit experiment that proved the wave nature of light explored in time
• Space mission to Jupiter’s icy moons launches with Imperial-built kit on board
• Imperial-led Jupiter-bound instrument successfully deployed
• Signs that a rocky exoplanet could have an atmosphere detected by JWST
• Shining ring around black holes recreated in the lab
• JUICE magnetometer passes fitness tests and is ready to take data
• Quantum sensor for a future navigation system tested aboard Royal Navy ship *
• Origin of superfast solar wind found by spacecraft flying close to the Sun
• Retired stars still have a role to play in planet formation
• Imperial researcher awarded £1m for magma-mapping project
• Q&A: How will quantum science transform technology?​
• Massive low earth orbit communications satellites could disrupt astronomy
• Twisted magnets make brain-inspired computing more adaptable
• ​Monitoring space weather using satellite mega-constellations to be explored

2022

• Fastest-ever study of how electrons respond to X-rays performed
• ​Quantum versus conventional computing: a closer race than you think
• Strongest magnetic fields in the universe aid the search for magnetic monopoles
• ‘Nanomagnetic’ computing can provide low-energy AI, researchers show
• Imperial receives £7.64m to keep UK at the forefront of particle physics
• Solar storms can be predicted a day in advance, shows mission to the Sun
• Comet-mapping mission gets the go-ahead
• Ultrafast lasers used to probe next-generation solar cells
• World’s most sensitive dark matter detector starts collecting data
• ‘Life-like’ lasers can self-organise, adapt their structure, and cooperate
• Imperial researchers scoop £1.75m of funding for quantum physics projects
• Satellite mission confirms cornerstone of general relativity is unshakeable
• Ion beam cancer therapy facility gets a £2m development boost
• Research, enterprise and education excellence recognised by Institute of Physics
• Spiderweb-like lasers can emit light in controlled colours
• New era of exoplanet exploration begins with ‘remarkable’ JWST study of WASP-39b *

2021

• £7.2m quantum network will develop technology to probe Universe’s mysteries
• Solar Orbiter: one year in space *
• New result from the LHCb experiment challenges leading theory in physics
• Ship tracks show how aerosols affect clouds fast and slow
• Plasma physicists lay out a manifesto for the data-driven future of the field
• Imperial instrument ready to head to Jupiter after challenging lockdown build
• Throwing an ‘axion bomb’ into a black hole challenges fundamental law of physics
• New insight into how plasma heats up could help optimise fusion reactions
• Two dark matter detector heavyweights join forces to build new observatory
• Physics students take first-year project to peer-reviewed paper
• Serendipitous double flyby of Venus provides unprecedented science opportunity
• Mini space mission launches with Imperial kit on board
• Major nuclear fusion milestone reached as ‘ignition’ triggered in a lab *
• When the solar wind hits Earth’s magnetosphere, a surprising stillness ensues
• Imperial to build instrument for new NASA mission to study the solar wind

2020

• World’s most powerful particle accelerator one big step closer
• Sun explorer spacecraft successfully launches with Imperial kit on board
• First science data from Solar Orbiter shows Imperial instrument working well
• How to design for a move to Mars
• Solar Orbiter scientists on seeing rocket launch: “I will remember it forever”
• Saturn’s ‘energy crisis’ solved with data from Cassini’s final mission
• Strongest evidence yet that neutrinos explain how the universe exists
• Closest-ever images of the Sun reveal ‘campfires’ near the surface
• Rare Higgs boson events allow researchers to probe deeper mysteries of physics
• Layer of nanoparticles could improve LED performance and lifetime
• Astronomers find hints of life on Venus
• Dark matter even more elusive than previously thought
• Imperial completes new space mission instrument despite lockdown challenges
• Unique ultraviolet aurora spied at comet visited by Rosetta
• Scientists plan new groundbreaking facility to transform UK cancer treatment
• Solar storms could be more extreme if they ‘slipstream’ behind each other
• Solar Orbiter’s first science data shows the Sun at its quietest
• Artificial intelligence improves control of powerful plasma accelerators

2019

• How Cassini changed our view of Saturn and its moons
• Non-toxic salt water battery prototype can charge in seconds
• Common scents don’t always make the best perfumes, suggests mathematical study
• Global team of scientists finish assembling next-generation dark matter detector
• Lab-based dark energy experiment narrows search options for elusive force
• Imperial instrument cleared to study the Sun after extensive spacecraft testing
• New satellite looking at how Earth is losing its cool gets the go-ahead
• Earliest cluster of forming galaxies discovered 13 billion light-years away
• Solar Orbiter spacecraft heads to launch site on its way to the Sun
• Satellite tracking shows how ships affect clouds and climate
• Imperial among UK institutions building parts for new £30m neutrino detector
• Closest-ever approach to the Sun gives new insights into the solar wind
• Deeper understanding of irregular heartbeat may lead to more effective treatment
• Ultrashort x-ray technique will probe conditions found at the heart of planets

2018

• More evidence Earth-like planets could sustain life as their atmospheres probed
• Intense laser experiments provide first evidence that light can stop electrons
• ‘Digistain’ technology offers revolution in detailed cancer diagnosis
• Experiments underway to turn light into matter
• Ocean warming can predict land warming with simple model
• Fleet of spacecraft spot long-sought-after process in the Earth’s magnetic field
• X-rays from tabletop lasers allows scientists to peer through the ‘water window’
• New measurements of Higgs boson deepen our understanding of the origin of mass
• “The universe is incredibly simple” says renowned physicist at annual lecture
• Scientists spot erupting jets of material as black hole tears a star apart
• Ground broken on upgrades to the Large Hadron Collider
• Molecular oxygen in comet’s atmosphere not created on its surface
• UK delivers super-cool kit to aid the global hunt for dark matter
• Surprise slow electrons are produced when intense lasers hit clusters of atoms
• Physicists fight laser chaos with quantum chaos to improve laser performance
• Just seven photons can act like billions
• Jupiter mission reaches next milestone as Imperial instrument is ready to test
• Latest insights into Saturn’s weird magnetic field only make things weirder
• Quantum ‘compass’ could allow navigation without relying on satellites *
• Enormous ‘ghost’ galaxy spotted hiding next to the Milky Way
• Powerful aurora-forming mini explosions seen behind the Earth
• First ‘piggyback’ kit for monitoring space weather launched
• Young star caught forming around another star

2017

• Fledgling stars try to prevent their neighbours from birthing planets
• Researchers uncover secret of nanomaterial that makes harvesting sunlight easier
• Imperial instrument ready to study the Sun *
• Technology that could detect cancer more accurately wins Innovation Award
• Miniature landscape of solar cells bags physicist top photo prize
• Cassini spacecraft begins its final dance with Saturn
• Clouds’ response to pollution clarified with new climate analysis
• Physicists allow people to explore cosmology with taste *
• Physicists squeeze extra data from superfast x-ray probes using machine learning
• Surprise organic molecule detection paints complex picture of Saturnian moon
• Saturn’s ‘weird’ magnetic field perplexes scientists
• Physicists shed light on rarely seen 16th-century metal-working technique *
• Scientists closer to explaining why matter persists over antimatter
• Cassini spacecraft bids farewell after 13 years exploring Saturn
• Galaxy-spotting telescope that studied star formation celebrated by scientists
• Electron behaviour under extreme conditions described for the first time
• Imperial hosts two-day celebration of Cassini mission success
• 10 years of the trapped rainbow: the revolution of slow light *
• Duo of titanic galaxies caught in extreme starbursting merger
• New way to write magnetic info could pave the way for hardware neural networks
• Squeezing light into a tiny channel brings optical computing a step closer
• European satellite confirms general relativity with unprecedented precision
• Solid start in the quest for an elusive particle

2016

• 106-year-old theory of light demonstrated with metamaterial model
• Gravitational wave detection heralds a ‘new era of cosmological observation’
• Ultrafast method for measuring ultrafast lasers reveals complex waveforms
• Jupiter’s X-ray aurora is sparked by the solar wind
• Physicists receive Royal Society award to widen access to 3D imaging technique
• Unplanned Venus experiment reveals surprises in the atmosphere
• Rare materials that shrink when heated could lead to more stable electronics
• Spacecraft fly through explosive magnetic phenomenon to understand space weather
• Proton beam therapy and physics to be explored in research collaboration
• Number of habitable planets could be limited by stifling atmospheres
• Large Hadron Collider gets upgraded ‘brain’ to handle billions of collisions
• Prototype gravitational wave detector exceeds expectations
• Light and matter mixed in a tiny golden trap *
• The Big Bang might have been just a Big Bounce *
• Nature’s weirdest particles in the spotlight at Neutrino 2016 conference
• Scientists discover light could exist in a previously unknown form *
• Evidence mounts that neutrinos are the key to the universe’s existence
• Experiment at the Large Hadron Collider ready to find magnetic monopoles
• Scientists confirm the universe has no direction *
• New data on weird state of matter could help the development of fusion power
• Fathers of Higgs boson detectors awarded particle physics prize
• Physicists make it possible to 3D print your own baby universe *
• Single-molecule graphene switches bring minute electronic devices a step closer
• Theory that challenges Einstein’s physics could soon be put to the test *

​2015

• Large Hadron Collider prepares to probe more mysteries of the universe
• More than 200 ancient galaxy clusters discovered
• First results from comet-landing mission revealed
• New ultrafast laser technique set to probe fundamentals of chemical reactions
• First T2K measurement of antineutrino identity-shifting behaviour announced
• Solar wind monitoring mission passes the first hurdle
• New tool could predict large solar storms more than 24 hours in advance *
• Shock waves at Saturn could reveal secrets of exploding stars
• Neutrinos scoop the Nobel Prize in Physics 2015
• 3D microscopy technique allows scientists to trace dangerous heart waves
• Q and A with winning neutrino scientists as experiments pocket $3 million prize
• Lasers could rapidly make materials hotter than the Sun
• General relativity anniversary: the past, present and future of spacetime (feature) *
• General relativity anniversary: a celebration with Imperial physicists
• General relativity anniversary: What happens if you fall into a black hole? (animation)
• Saturn’s magnetic bubble explosions help release gas
• Space mission to test gravitational wave detector lifts off
• Difficult birth for the universe provides clues to particle physics mystery

Life Sciences

​2024

• ​Coral reef microbes point to new way to assess ecosystem health
• Logged forests can still have ecological value – if not pushed too far
• Route to more effective malaria vaccines revealed through human-challenge trials *
• Antarctic krill can lock away similar levels of carbon as seagrass and mangroves
• True global impact of human-driven bird extinctions far greater than expected
• No incentive for older birds to make new friends
  

2023

• Forests recovering from logging act as a source of carbon
• Microbes that co-operate contribute more carbon emissions
• Research shows how human cells are protected when the immune system switches on
• Woodcocks have the brightest white feathers ever measured *
• When ‘good genes’ go bad: how sexual conflict can cause population collapse
• Being friendly but not too friendly helps sparrows breed successfully
• Changing temperatures increase pesticide risk to bees
• Gut bacteria use super-polymers to dodge antibiotics
• How forest fragmentation affects birds depends on their wings
• Monitoring British bats can help identify coronaviruses with pathogen potential
• Study shows same-sex behaviour is widespread and heritable in macaque monkeys *
• Soils forming on the branches of trees are an overlooked forest habitat
• Antibiotics promote the growth of antibiotic-resistant bacteria in the gut
• Tracking malaria parasite growth in mosquitoes may lead to new preventatives
• Getting ready for bed controlled by specific brain wiring in mice *
• Malaria parasite gene could be effective drug target to block transmission
• How the fish got its shoulder
• ​Mosquito modification programme aiming to eliminate malaria receives US$15m
• Molecular causes of rare neurological condition in children revealed
• New hub to gather data on diseases spread by mosquitoes, ticks and other vectors

2022

• New £10m centre to explore links between organisms and their microbiomes
• Disease predictions can be improved by factoring in mosquito predators
• Genes that may be helping bumblebees adapt to environmental change pinpointed
• ​AI for life sciences research gets boost from the financial markets
• ​Body measurements for all 11,000 bird species released in open-access database
• Researchers identify 1,044 underused plants that could combat vitamin deficiency
• Automatic audio loggers successfully used to map the sound of Norway
• ​Disease biology pioneers receive Wellcome Trust funding
• COVID-19 poo test for bats may help pandemic monitoring and conservation efforts
• Bacterial intimacy insights could help tackle antimicrobial resistance
• Sleep triggered by stress can help mice cope with later anxiety
• Museum collections indicate bees increasingly stressed by changes in climate *
• Insights into two rare types of photosynthesis could boost crop production
• 'Silent’ mutations help bacteria to evade antibiotics
• Mosquitoes that can’t spread malaria engineered by scientists
• Q&A: Helping the BBC film bumblebees in the Arctic
• Tiny Antarctic creatures provide US$8.6 billion of carbon storage via their poo
• Sewage overspill in the Thames likely does not lead to COVID-19 risk, says study
• Dormant microbes can ‘switch on’ to cope with climate change
• Study shows logged tropical forests are surprisingly vibrant and need protection

2021

• Nobel laureate discusses science and ethics of genome engineering in lecture
• AI analysis of how bacteria attack could help predict infection outcomes
• Crucial step in formation of deadly brain diseases discovered
• Photosynthesis could be as old as life itself *
• Artificial intelligence can help spot traces of natural selection
• Team investigating the evolution of bacterial ‘tails’ wins prestigious grant
• ​Simple genetic modification aims to stop mosquitoes spreading malaria
• Islands give rise to evolutionary giants and dwarfs
• Major fly pest genetically modified in the lab to produce more males
• Atlas of malaria parasite gene activity provides targets for drugs and vaccines
• 70-year-old coffee-killing fungus brought back to life to fight the disease
• ‘Mosquito smoothie’ innovation boosts future malaria vaccine potential
• Malarial mosquitoes suppressed in experiments that mimic natural environments
• Bee flight suffers under temperature extremes
• Bacterial warfare provides new antibiotic target
• Discovery of mobile disease detectors in plants could boost crop resilience
• Insight into power generation in photosynthesis may lead to more resilient crops
• "Is that a bacon sandwich?" - Fruit flies react to smells while asleep *
• Research reveals how ‘chaperone’ proteins deal with immune system overreactions
• ​Owl unseen for 150 years photographed in the wild for the first time
• Key step in how bacteria acquire drug resistance revealed
• Long-range four-stranded DNA structures found to play a role in ageing disease
• Visually stunning tree of all known life unveiled online *
• How a virus transforms immune cells into cancer uncovered by researchers

2020

• Scientists find new way to sustainably make chemicals by copying nature’s tricks
• Global database of all bird species shows how body shape predicts lifestyle
• For bacteria, your community determines whether you evolve or not
• Pesticides impair baby bee brain development
• Researchers shed new light on how malaria parasites evade mosquitos’ defences
• Bacteria ‘factories’ used to discover potential new malaria drugs
• Malaria mosquitoes eliminated in lab by creating all-male populations
• 45,000 bird wing measurements reveal where the best fliers live
• 50 billion years of evolutionary history threatened by human activity
• Mapping coronavirus in sewage could reveal disease hotspots
• Scientists reveal why tummy bugs are so good at swimming through your gut *
• More flowers and pollinator diversity could help protect bees from parasites
• Herbivores, not predators, most at risk of extinction
• Ancient bony fish forces rethink of how sharks evolved *
• Genome of Alexander Fleming’s original penicillin-producing mould sequenced
• Deforestation squeezes top predators in forest streams
• Severe COVID-19 infection linked to overactive immune cells
• Inexpensive and rapid tests can distinguish between Chagas disease parasites
• Hole-punching bacteria could be engineered to attack pathogens
• Severe infections wreak havoc on mouse blood cell production
• ‘Trojan horse’ bacteria could help defeat antibiotic-resistant infections

2019

• School biology teaching given a helping hand with molecular game and software
• Lack of sleep is not necessarily fatal for flies *
• Pesticides found to affect bees’ genes
• Only 149 trees of a wild apple species found alive
• Starving bacteria can eject their tails to save energy and stay alive
• Scientists trial drones to protect coffee plants from devastating fungal disease
• Livestream the sounds of the rainforest and hear what changes logging makes *
• Pesticide exposure causes bumblebee flight to fall short
• New film of immune system killing bacteria could point to new therapies
• Birds outside their comfort zone are more vulnerable to deforestation
• Strange bacteria hint at ancient origin of photosynthesis
• What a group of bizarre-looking bats can tell us about the evolution of mammals *
• Researchers reveal how bacteria behind hospital infections block out antibiotics
• Older male sparrows seem to father more chicks by getting more sperm to the egg
• ‘Poisoned arrowhead’ used by warring bacteria could lead to new antibiotics
• Krill’s role in global climate should inform fishing policy in Antarctica
• Female mosquitoes that have mated are more likely to transmit malaria
• Bacteria may contribute more to climate change as planet heats up
• Scientists and schoolkids find family soups have antimalarial properties
• Wildlife in tropics hardest hit by forests being broken up

2018

• How bacteria turbocharged their motors
• 10 years measuring membranes at the Diamond Light Source
• We still don’t know how strange celibate animals evolve
• Why do older male birds father more illegitimate children?
• Pollution hits the fungi that nourish European trees *
• New type of photosynthesis discovered
• Collecting bacterial communities from puddles helps solve ecosystem riddles
• Sister species of birds reveal clues to how biodiversity evolves
• Combining different malaria vaccines could reduce cases by 91 per cent
• Stubborn sparrows may have sung the same songs for hundreds of years
• City bees outbreed their country cousins
• Bacteria can ‘divide and conquer’ to vanquish their enemies
• Immune cells can switch from ‘gang members’ to ‘police officers’
• How plants use carbon affects their response to climate change
• Removing malaria-carrying mosquitoes unlikely to affect ecosystems, says report
• The more pesticides bees eat, the more they like them *
• Marine ‘biodiversity crisis’ tackled with new database of conservation plans
• Drugs that stop mosquitoes catching malaria could help eradicate the disease
• Mosquitoes that can carry malaria eliminated in lab experiments *
• New way to look at cell membranes could change the way we study disease
• Oxygen could have been available to life as early as 3.5 billion years ago

2017

• Malaria infection depends on number of parasites, not number of mosquito bites
• Global alien bird species movements mapped for the first time
• Technique that revolutionised biology wins its inventors big science prize
• Imperial to lead new £3m London consortium for structural biology
• Atomic map of malaria drug gives it new life
• Malaria parasites soften our cells’ defences in order to invade
• Scientists collaborate on aquatic ecology experiments across Europe
• Drones that detect early plant disease could save crops
• A lead candidate for immunotherapy may increase tumour growth in certain cancers
• Female fruit flies become more aggressive towards each other after sex
• Malaria elimination project wins $17.5m funding boost
• First-ever look at DNA opening reveals initial stage of reading the genetic code
• Unlock molecular secrets with mobile game BioBlox2D
• How birds fly determines the shape of their eggs *
• Why T. Rex and elephants lumber behind cheetahs
• Young scientists bring their anti-malaria invention to Imperial *
• Trigger for weapons of bacterial warfare uncovered
• Sustainable fish farming is possible for the majority of coastal countries
• Bacterial machines that help create defensive ‘mats’ mapped by researchers
• When collecting bird sperm, method matters
• Leaf size shrinks with latitude to avoid cold snaps
• Birds’ unique skulls linked to young dinosaur brains
• Sexually aroused male flies unable to sleep after close encounters with females *
• Mini robotic labs for testing fly behaviour invented by Imperial researchers
• Herbivores help protect marine ecosystems from climate change
• Global biodiversity conservation does save species, but could be done smarter
• Fragmented forests create animal winners and losers
• Imperial stem cell and leukaemia expert wins prestigious medal
• Medium-sized carnivores most at risk from environmental change
• Who’s the boss: researchers reveal how to analyse animal hierarchies
• Toxic agents behind Parkinson’s disease seen at work for the first time
• Leukaemia treatment can be made more effective by using a drug for iron overload

2016

• Don’t blame grey squirrels: their British invasion had much more to do with us *
• ‘Holy grail’ bacteria for crop farming debunked by scientists *
• Logging helps black rats invade rainforests
• The immune system’s cell-splitters revealed in unprecedented detail
• Bee brains as you have never seen them before
• Top predator trout may be able to adapt to warmer waters
• Photosynthesis more ancient than thought, and most living things could do it
• Nanoscale images reveal bacteria motor parts in unprecedented detail *
• Fish diversity receives a boost when species evolve live births
• Malaria scientists aim to look ‘under the bonnet’ of the parasite with new grant
• Fastest-ever molecular imaging reveals reaction crucial for vision
• Steps that lead to genes being switched on revealed in atomic simulation
• For cells, some shapes are easier to swallow than others
• Sparrows with unfaithful ‘wives’ care less for their young *
• Plants’ ability to slow climate change depends on their fungi
• Stopping deforestation will not end tropical species losses
• Wildlife in hedgerows suffers when next to roads or pavements
• Logged rainforests can be an ‘ark’ for mammals, extensive study shows
• A new way to create synthetic proteins could lead to more flexible designs
• Activity of Huntington’s disease gene curbed for six months in mice
• Parkinson’s disease protein plays vital ‘marshalling’ role in healthy brains
• Great white sharks and tuna share genetics that makes them super predators
• A new light protection mechanism discovered in plants
• Impact of pesticide on bumblebees revealed by taking experiments into the field
• Leukaemia cell movement gives clues to tackling treatment-resistant disease *
• Overlooked molecules could revolutionise our understanding of the immune system *
• Sampling species’ DNA trails is leading to better environmental monitoring
• Big data on ecology and evolution explored in new Centre for Doctoral Training
• First movie of energy transfer in photosynthesis solves decades-old debate

2015

• Big data study reveals the impacts of changing landscapes on biodiversity
• Logging means ants, worms and other invertebrates lose rainforest dominance
• Partially logged rainforests could be emitting more carbon than assumed
• Imperial bee expert gives his take on latest research on harms from insecticides
• Photosynthesis study gets a musical makeover
• Biologists chart revolutions in pop music by treating songs like organisms
• Biologists to engineer bacteria for vaccine delivery
• New app puts the world’s biodiversity in the palm of your hand
• Fly around your family tree with a new interactive website
• Nature lovers can get involved with citizen science across the UK thanks to OPAL
• Homeless lizards get a new lease of life on Silwood Park Campus
• Probing cells’ recycling centres reveals new drug targets
• All-female animals adapt without sex by stealing foreign DNA
• Modified mosquitoes could help fight against malaria *
• New £4.5m project aims to use bacteria to supply nitrogen to plants

climate change, Energy, and environment

2024

• Handwashing a major source of pet pesticide pollution in UK rivers
• Voluntary corporate emissions targets not enough to create real climate action
• Believing environmental damage is done by others can cause ‘race to the bottom’
• Health risk from global warming predictor of city climate action during COVID-19
• Focus on cities will boost benefits of air pollution action for most vulnerable
• Climate models underestimate carbon cycling through plants
• Climate risks from exceeding 1.5° C reduced if warming swiftly reversed
• Farmer-led badger vaccination could revolutionise mission to tackle bovine TB
• 5 lessons to level up conservation successfully
• Hampstead Heath ponds where dogs swim contaminated with pesticides
• Reversing global warming as part of a climate overshoot likely to be difficult
  

2023

• Sewage overspills result from lack of infrastructure investment, research shows
• Toxic pet flea and tick treatments are polluting UK freshwaters *
• Better governance in community-based conservation delivers few expected benefits
• Without fully implementing net-zero pledges, the world will miss climate goals
• AI-enhanced audio monitoring shows where monkeys won’t go
• London has the fastest increase in cooling demand in the world, shows new model
• Window to avoid 1.5°C of warming will close before 2030 if emissions not reduced
• America’s low-carbon transition could improve employment opportunities for all
• Emissions plans must consider risk of global warming continuing after net zero
• Relying too much on CO2 removal is ‘likely inconsistent with international law’
• ​Future of 200 migratory bird species put at risk by cyclones and droughts

2022

• Q&A: How might fishing be impacting the carbon cycle?
• ​London produces up to a third more methane than estimates suggest
• Kenya launches 2050 Calculator to advance climate change mitigation
• Fossil fuel companies’ projections won’t meet Paris Agreement climate goals
• River longer than the Thames beneath Antarctic ice sheet could affect ice loss
• Smartphone users to help simulate cyclones and predict effects of climate change
• Low-traffic neighbourhoods reduce pollution in surrounding streets

2021

• Hurricanes and typhoons moving 30km closer to coasts every decade
• Ditching the car for walking or biking just one day a week cuts carbon footprint
• Lakes isolated beneath Antarctic ice could be more amenable to life than thought
• Waste carbon from steel production can be recycled into new products
• No evidence that London’s Cycle Superhighways worsen traffic congestion
• ​Scientists improve how global climate progress can be calculated
• The next 20 are years crucial in determining the future of coal
• Global satellite data shows clouds will amplify global heating
• Future of UK Treescapes Programme launches with £10.5 million for new research
• Major UN report concludes world is off-track to fight climate change
• Climate change goals are in reach if pledges are fulfilled, says new report
• We need bolder action on air pollution following new WHO guidelines, say experts
• Children will face huge increases in extreme climate events in their lifetimes
• Reducing air pollution: how can changing behaviours help?
• How we recover from COVID-19 disruption will affect how we meet climate targets
• Climate change action will improve health and save lives now and in the future
• Increasing hydrogen energy requires all technologies to be pushed forward
• ​Experts push for stricter air pollution standards in new environment legislation
• ​Updated climate commitments fall far short, but net-zero pledges provide hope
• New climate pledges significantly more likely to prevent worst of global heating

2020

• Climate change increases the risk of wildfires confirms new review
• Mediterranean rainfall immediately affected by greenhouse gas changes
• Countries must work together on CO2 removal to avoid dangerous climate change​
• Could Africa have a sustainable palm industry?
• Cloud computing could be producing hidden greenhouse gas emissions
• Offshore wind power now so cheap it could pay money back to consumers
• Countries transitioning to zero carbon should look at more than technology cost
• Thousands chasing London allotments as supply dwindles
• ‘Blue Planet II’ may not have caused a change in plastic preference
• Fraction of money earmarked for COVID-19 recovery could boost climate efforts
• Silica the best environmental alternative to plastic microbeads, finds study
• Ice sheet uncertainties could mean sea level will rise more than predicted

2019

• Batteries predicted to become the cheapest option for storing electricity
• Wildfire research centre to launch with £10m from the Leverhulme Trust
• Extreme rainfall events are connected across the world
• Eating insects makes sense. So why don’t we? *
• The best marine protected areas also promote human wellbeing
• Plants could remove six years of carbon dioxide emissions – if we protect them
• Vintage film of Antarctic glaciers hints at early ice shelf collapse
• Putting a price on carbon pollution alone unlikely to help reach climate goals
• Shifting the focus of climate-change strategies may benefit younger generations
• How can more walking be encouraged in cities?
• Study explores how to make conservation initiatives more contagious
• Households could make big emissions reductions with the right Government support​
• Capturing carbon dioxide to make useful products could become big business
• Medics and environmental policy experts rank parties on climate pledges

2018

• Ozone at lower latitudes is not recovering, despite Antarctic ozone hole healing *
• Open Air Laboratories empower a million new citizen scientists to explore nature
• Global conservation goals may fall short without protection of intact forests
• Prince Albert of Monaco: ‘Blue economy’ must be a priority to conserve the ocean
• Running on renewables: how sure can we be about the future?
• Global carbon emissions could be cut 3% by following the UK’s example *
• Actual fossil fuel emissions checked with new technique
• Small changes in rainforests cause big damage to fish ecosystems
• Conservation efforts could be improved with more accurate species loss estimates
• Don’t wait for a unicorn: investing in low-carbon tech now will save money
• ‘Deforestation-free’ palm oil not as simple as it sounds
• Construction delays make new nuclear power plants costlier than ever
• Transforming our lives can limit global warming to 1.5C without new technology
• How to save Antarctica (and the rest of Earth too) *
• Greener energy generation alone will not help us reach climate goals
• Promoting cycling in cities can tackle obesity
• Using ‘shade balls’ in reservoirs may use up more water than they save
• Wind and solar power could provide more than a third of Europe’s energy by 2030
• Cycling is the healthiest way to get around cities
• First annual Green Great Britain Week launches at Imperial
• Cause of long, potentially damaging channels on Antarctic ice shelves found
• Swapping coal for carbon-capture technologies could boost US employment

2017

• Floating plastic pollution from Europe and the US is accumulating in the Arctic
• Best ways to remove greenhouse gases to be investigated with new £2m grant
• Wind turbines can pick up the slack on coldest days
• New way to predict when electric cars and home batteries become cost effective
• European cooperation could provide more stable wind power
• Health impacts of climate change already felt today
• Wave energy needs EU funds and innovation to deliver low-carbon power for UK
• Explore the environment in your area with interactive citizen science map
• Students help international effort to track pollution across Europe
• Carbon capture is helped by oil revenue, but it may not be enough
• Untouched forests fight climate change, but face threats

2016

• To clean up ocean plastics focus on coasts, not the Great Pacific garbage patch *
• Climate models hindered by inaccurate UV satellite measurements
• Pigeon patrol gives air pollution study a flying start
• Scientists predict extensive ice loss from huge Antarctic glacier *
• New tool can calculate renewable energy output anywhere in the world
• New grant will allow citizen science network to bring people closer to nature
• Global methane emissions are rising faster than any time in the past 20 years
• Greenland’s ice sheet closely tracks global climate changes

2015

• Scientists need to be smart about environmental targets
• Warm ocean water is making Antarctic glacier vulnerable to significant melting
• Extra carbon dioxide good for plants but bad for our water supply
• Calculator shows planned emissions cuts can’t prevent dangerous global warming
• Solar subsidy cuts will deny UK industry reduced wholesale electricity prices

Chemistry and maths

2024

• Imperial and Liverpool to lead UK’s flagship £12m AI for Chemistry Hub
• AI tackles one of the most difficult challenges in quantum chemistry
  

2023

• New maths research to bring big benefits for business, industry, and the public​
• Professor Ed Tate appointed to the GSK Chair in Chemical Biology
• Researcher using maths to study social networks named Schmidt Science Fellow#
• Synthetic chemist and battery-membrane team win RSC awards
• Cheap and efficient catalyst could boost renewable energy storage
• Nanopore sequencing and DNA barcoding method gives hope of personalised medicine
• Machine learning used to probe the building blocks of shapes
• Engaging heterosexual men more effectively could slash HIV infections in Uganda
• Unusual RNA structures could be targets for new ALS treatments

2022

• Predictive software pioneer wins premier UK Young Scientist award
• Cheaper solar cells could be on the way thanks to materials created at Imperial
• Cheaper hydrogen fuel cell could mean better green energy options
• Sustainable way to make breast cancer drug could boost South African production
• Recycled gold from SIM cards could help make drugs more sustainable *

2021

• Rare quadruple-helix DNA found in living human cells with glowing probes
• Exposure to misinformation could make people refuse a COVID-19 vaccine
• Cancer drugs could be delivered in molecular cages unlocked by light
• Cardiovascular disease could be diagnosed earlier with new glowing probe
• Printable circuits bring low-cost and high-performance wearables a step closer
• Imperial launches a new era of digital chemistry
• Metal-based molecules show promise against the build-up of Alzheimer’s peptides
• Quick way to create molecular cages could revamp search for new materials
• Imperial academic wins AstraZeneca prize in synthetic chemistry
• ‘Wonder material’ phosphorene nanoribbons live up to hype in first demonstration
• ​A new platform for controlled design of printed electronics with 2D materials

2020

• HIV ‘hotspots’ not necessarily major drivers of new infections
• Tailor-made vaccines could almost halve rates of serious bacterial disease
• Smart design of new materials could improve energy storage technologies
• Annual lecture explores the probability of coin tosses, atoms and forest fires
• Artificial fog helps lasers shine brighter
• New materials could make greener fast-charging batteries
• New mathematical principle used to prevent AI from making unethical decisions​
• Formation of quadruple helix DNA tracked in live human cells for the first time *
• New way to tackle disease-causing proteins wins €20k in innovation competition
• Imperial mathematician scoops $3m Breakthrough Prize
• Largest global vaccine confidence survey reveals hesitancy hotspots
• Size determines how nanoparticles affect biological membranes
• Acoustics network gets £1.3m boost to help meet the UK’s Grand Challenges​
• Double detection of cell changes could diagnose disease earlier
• Imperial startup wins £4.5m investment to develop new cancer drugs
• New book argues official statistics need to live up to their promise

2019

• Black-hole mathematician wins exceptional young scientist award
• Elephantiasis and river blindness could be eliminated faster with new molecule
• Bringing electricity and chemistry together with a £1.6M project
• First-of-its-kind automatic chemistry facility opens at Imperial
• Advanced chemistry made possible with new suite of start-of-the-art instruments
• The story of chemistry comes to life as Imperial celebrates ChemFest
• Screening for rare but important disease ‘biomarkers’ gets an accuracy boost
• Decoy antibiotics could get around bacteria’s defences
• Washable, wearable battery-like devices could be woven directly into clothes
• Gene mutation to cope with modern diets may help protect against diabetes
• Researchers build artificial cells that sense and respond to their environment *
• Researchers identify a new way to target treatment-resistant cancers
• New maths reveals how diseases progress and bacteria develop drug resistance

2018

• Blurring the boundaries between living and non-living with new PhD programme
• Simple arsenic sensor could save lives
• Artificial and biological cells work together as mini chemical factories
• Collaboration could help botanic compound tackle breast cancer and stroke
• Reading of biological molecules improved up to 100x by doubling the sensors
• New class of drugs could help tackle treatment-resistant cancers
• Mini tractor beams help arrange artificial cells into tissue structures *
• Molecule that acts on human cells might provide hope for irresistible cold cure *
• Artificial cells-in-cells triggered by light act as mini chemical reactors
• Managing inheritance of deadly genetic diseases a step closer with new study
• Printable solar cells a step closer with new design principles
• Draw-your-own electrodes set to speed up development of micro detection devices
• Cells decide when to divide based on their internal clocks
• Nanoscale tweezers can perform single-molecule ‘biopsies’ on individual cells
• Answering the mystery of what atoms do when liquids and gases meet

2017

• Alternative solar cells ramp up efficiency and stability
• Researchers collaborate with company to speed up the design of metamaterials
• Explosions, Nobel Prizes and poems: a history of the Department of Chemistry *
• Data set to improve engineering through new £10m programme
• Q&A with Ghanaian science luminary promoting maths in the developing world *
• Predictive policing research gets a boost from £3m grant
• Imperial students collaborate on drug discovery for neglected diseases *
• Next-gen solar cells could be improved by atomic-scale redesign
• Smart detectors set to monitor urban bat life
• Self-assembling nanoparticle arrays can switch between a mirror and a window
• Copying nature’s lock-and-key system could improve rapid medical diagnostics
• Artificial cell design gets a boost with the launch of FABRICELL
• Fields medallist mathematician joins Imperial
• Leading causes of ‘avoidable blindness’ identified as cases set to increase
• The world’s first 3D printed steel bridge will be a ‘living laboratory’
• Early disease diagnosis could be dramatically improved with new detection system

2016

• Detection of molecules important for healthcare could soon be 1000 times faster
• Artificial photosynthesis a step closer with new process
• Newly created ‘sandwich rings’ could lead to better computers *
• Genes find their partners without matchmakers
• Mapping signal paths in proteins could reveal new direction for drug development
• New sensor material could enable more sensitive readings of biological signals
• Spinning semen provides a measurement of fertility *
• Why pints spill but straws don’t: researchers uncover the science of spilling *
• Award-winning mathematician returns to Imperial for a celebration of statistics

2015

• Protein-mapping technique could pave the way for new drugs
• Scholarship programme builds bridges between farmers and leading researchers
• Scientists discover why next-gen solar cells break down in days
• Professors in Mathematics and Chemistry honoured with Royal Society Fellowships
• Researcher wins grant to untangle the wires of bacterial metabolism
• Strategies for tackling drug-resistant bugs put to the test by maths models
• Imperial chemist receives WISE award for eco-plastics start-up

Medicine, engineering, and earth science

I cover these topics for colleagues if they are on leave or need extra help
​
Earth science

• Fossil parasite discovery reveals missing evolutionary step
• Ancient ‘Kite Runner’ kept its young on a tether
• Underwater volcano behaviour captured by timely scientific expedition
• Volcanoes fed by ‘mush’ reservoirs rather than molten magma chambers *
• Dinosaurs were thriving before asteroid strike that wiped them out *
• First day of dinosaur extinction recorded in rocks at asteroid impact site
• Traces of ancient rainforest in Antarctica point to a warmer prehistoric world
• Asteroid impact, not volcanoes, made the Earth uninhabitable for dinosaurs
• Rare ‘boomerang’ earthquake observed along Atlantic Ocean fault line
• InSight mission unveils the interior of Mars
• Study of Antarctic ice’s deep past shows it could be more vulnerable to warming
• Possible organic compounds found in Mars crater rocks

Health and medicine

• Scientists closer to understanding how the ear perceives speech
• Car drivers are four kilograms heavier than cyclists, new study reveals
• A handful of nuts a day cuts the risk of a wide range of diseases *
• The brains of alcohol dependents and binge drinkers may recover differently
• Six ways Imperial researchers are working to eliminate malaria *
• Personalised heart disease diagnosis gets a boost with new collaboration
• New COVID-19 project will use the power of smartphones to search for treatments
• Being male or overweight can lead to more serious COVID-19 hospital admissions
• Disease-carrying mosquitoes could be common in Europe by 2030
• Mobile data shows high compliance with lockdown rules across the UK
• Kawasaki-like syndrome linked to COVID-19 in children is a new condition
• Whole-town study reveals more than 40% of COVID-19 infections had no symptoms
• COVID-19 pandemic could significantly increase HIV, TB and malaria cases
• More deaths from yellow fever expected in Africa because of climate change
• Blood test could diagnose baby brain damage just hours after birth
• COVID-19 less deadly and causes milder symptoms in children
• COVID-19 hotspots projected with new website
• Precise mapping shows how brain injuries inflict long-term damage
• Genes that make children susceptible to severe Kawasaki disease identified
• Warmer temperatures lessen COVID-19 spread, but control measures still needed
• COVID-19 antibodies persist at least nine months after infection
• No ‘safest spot’ to minimise risk of COVID-19 transmission on trains
• Imperial researchers and Moderna partner to help children affected by orphanhood
• £17m awarded to develop globally important vaccine hubs
• COVID-19 may have small but lasting effects on cognition and memory​

​
Engineering

• Cities of the future could be built by robots mimicking nature
• Supercomputers use graphics processors to solve longstanding turbulence question
• 'Flying fish' robot can propel itself out of water and glide through the air *
• Stretchy and squeezy soft sensors one step closer thanks to new bonding method​
• New green materials could power smart devices using ambient light
• Imperial engineer to develop AI clinician to help frontline health workers
• Simulation of self-driving fleets brings their deployment in cities closer
• CO2 monitoring recommended to manage COVID-19 spread in schools and offices
• Affordable device for fixing broken bones piloted in Gaza, Sri Lanka and Ukraine
• Bezos Centre for Sustainable Protein launches at Imperial with $30m funding

College and campus

2024

• Communications Division first in-house team to receive Blueprint diversity mark *
  

2023

• Q&A with Dr Nicky Fox: NASA’s Head of Science and Imperial alum *​

2022

• Imperial biochemist elected to Australian Academy of Science
• Prof Faith Osier appointed Co-Director of Imperial’s Institute of Infection
• Queen’s Jubilee Birthday Honours recognise Imperial academics
• Spin-controlling materials team win prestigious Horizon Prize
• Permeable paving and quantum computing: Imperial's Future Leaders Fellows
• Royal Society awards Imperial physicist for his dedication to equity in science
• Two Imperial academics awarded Royal Academy of Engineering Research Fellowships

2021

• Imperial academic delivers Royal Institution Christmas Lecture
• Space plasma and exoplanet experts receive Royal Astronomical Society awards
• Two Imperial women awarded Rising Talents fellowships from UNESCO and L’Oreal
• Five Imperial academics given Institute of Physics awards and fellowships

2020

• Imperial physicist and chemist honoured in premier young scientist awards
• Tributes paid to Professor Walter Hayman at the launch of his last book *
• Imperial academic named as new Director of £22m energy research centre
• Cancer drug discovery technologies get a £4.5m boost
• New Stephen Hawking Fellow appointed to share the wonder of science
• Growing plants without soil amongst frontier projects backed by President’s fund
• Britain's first astronaut shares her thoughts on confinement and isolation
• Future research and innovation leaders backed through flagship fellowships
• Bumper crop of researchers win Royal Society of Chemistry awards
• Imperial researchers receive Royal Academy of Engineering Research Fellowships
• Imperial artist wins award for combining physics and art
• Three Imperial academics win Institute of Physics awards
• Imperial academic scoops a Samsung AI Researcher of the Year Award
• Blue Plaque unveiled for Nobel Prize-winner Abdus Salam

2019

• Imperial wins funding to train hundreds of PhD students at six new centres
• Imperial professor honoured with plaque from the Association of Jewish Refugees
• Climate champion Jo Haigh retires after 35 years at Imperial *
• Centre for Synthetic Biology gains an Entrepreneur in Residence
• Professor Tom Welton elected Royal Society of Chemistry president
• Physicists to hold free global online-only conference

2018

• Imperial physicist wins first-of-its-kind science prize
• “Don’t be afraid to get lost” says Nobel laureate at Imperial lecture
• Eminent physicist Professor Sir Tom Kibble memorialised with new portrait
• Imperial partners with Agilent to boost molecular research and innovation
• Imperial professors pay tribute to their former teacher Stephen Hawking
• Imperial Festival is open! Get your science fix at this year’s event
• Top honours for three Imperial chemists
• Climate and materials experts elected as Fellows of the Royal Society
• Outstanding research projects and people recognised in 2018 President’s Awards
• Future of farming explored at the launch of new College network
• Imperial’s scientific glassblower talks about his life’s work before retirement *
• Four academics awarded Institute of Physics medals
• Royal Society medals go to three Imperial academics
• Expanded Centre for Synthetic Biology launches at Imperial

2017

• Top astronomical prize for space mission leader
• Fund for European research partnerships awards first nine grants
• Inventions and innovations showcased at the Imperial Festival
• Professor Sir Gordon Conway honoured with top geographical prize
• Imperial researchers awarded Royal Society of Chemistry prizes
• Three Imperial researchers elected Fellows of the Royal Society
• Imperial’s everyday heroes celebrated with photo exhibition

2016

• Top physicist John Pendry takes a slice of $1 million Dan David prize
• Britain’s first astronaut celebrates 25 years since her pioneering mission
• Researchers look to the future of imaging science at the World Economic Forum
• Imperial professor set to steer the UK Space Agency *
• Stephen Hawking talks black holes and the quantum world at sell-out lecture *
• Imperial scientists help to define the fourth industrial revolution
• Imperial recognised for openness on animal research

2015

• Former astronaut Helen Sharman finds a new space at Imperial *

podcast

2023

• Sonifying malaria research *
• On the way to Jupiter
• NASA's Head of Science *

2022

• Fishing and the carbon cycle 
• LGBT+ history month and extended version *
• 9 things you can do for your health and the planet
• Making malaria history
• HIV vaccine progress
• Saving Brazil’s forests
• Black & Found
• What’s new at the Large Hadron Collider
• Helping the BBC find bees in the Arctic
• Improving homes to tackle the energy crisis
• Can we avoid hangovers?

2021

• Better breast cancer surgery
• TfL testing for coronavirus
• Coronavirus variants
• Helping London breathe
• AI to predict organ failure ​*
• Supporting the world’s sustainability goals
• Science and spoken word collide in poetry project
• Living with sickle cell disease and extended version *
• First-year project to peer-reviewed paper
• A new way to do quantum computing  and extended version *
• Simple HIV test
• Women’s hearts *

2020

• Designing for Mars
• A green economic recovery
• COVID-19’s impact on emerging economies
• Neurodiversity network
• Poet in residence *
• Privacy in contact tracing
• Millionaire mathematician and extended version Breakthrough Prize winner Martin Hairer
• Cooking with hyperfoods
• Levelling up Christmas dinner

2019

• Next-generation vaccines 
• Have a safe flight
• Tune into the rainforest *
• Climate champion retires
• Alcohol marketing and children
• Spoken-word scientist
• Future of space travel with Britain's first astronaut *
• Human-robotic interactions in space
• A voyage through CERN and extended version The forefront of particle physics at CERN
• Reducing baby brain injuries

2018

• Making maths connections
• Keeping the lights on in Cameroon
• The Parenting Science Gang *
• Hunting an asteroid crater
• 50 years of glassblowing
• Sparrow songs
• Imperial during the First World War
• Shopping habits

2017

• Diet drinks and weight
• Comedy with the Lol-LaB
• Research adventures on Everest *
• Cassini’s farewell *
• Exploring caves and extended version On expedition with the caving club *
• A tour around the Imperial universe
• Alumni authors
• Antibiotics amnesty on film
• How environment affects health

2016

• Ebola vaccine diaries episode 2 *
• Ebola vaccine diaries episode 3 *
• Five years since Fukushima
• Searching for the Northern Lights
• Mission to the ice giants *
• Diamond solar cells
• Wall of knowledge
• Silwood Park field trip
• Steering UK space
• Mammals on the edge
• Rosetta’s last mission and extended version: Rosetta comet-chasing mission comes to a dramatic end *
• How planets are born *
• The future of biotechnology
• Urban cosmic dust *

2015

• ​Ocean water melting Antarctic ice sheet
• Expedition to sample the Chicxulub crater
• Expansion of the OPAL citizen science programme
• The chemist who went to space *
• Using 3D printing to improve joint surgery
• The Heart and Lung Convenience Store
• Ebola vaccine diaries episode 1 *

interactive features

• Mission to the Sun - How we are going to get a better look at our star than ever before
• 8 innovative ways Imperial is tackling malaria
• Dr Cristina Banks-Leite - As part of a series on the people behind our world-leading research, we meet an Imperial ecologist whose work is helping preserve biodiversity in Brazil's precious forests
• Silwood Park at 75 - Dive into the past, present and future of Imperial's unique rural campus
• Mission to the ocean moons - Could Jupiter’s icy moons hold the conditions for life?
•  Time to innovate  - Malaria in a changing world
  

Top image credit: Thomas Angus/Imperial College London