The Royal SocietyIn 2021 the UK broke the world record for energy generated from fusion, the process that powers the stars. What does it take to harness this power to create clean and sustainable energy, and how close are we? 🌞
#Fusion #Renewables #Physics #Plasma #Tokamak
The 'Future of Fusion' team at the Royal Society Summer Science Exhibition 2022 have the answers.
Is fusion the future of energy? | The Royal SocietyThe Royal Society2022-07-19 | In 2021 the UK broke the world record for energy generated from fusion, the process that powers the stars. What does it take to harness this power to create clean and sustainable energy, and how close are we? 🌞
#Fusion #Renewables #Physics #Plasma #Tokamak
The 'Future of Fusion' team at the Royal Society Summer Science Exhibition 2022 have the answers.
Summer Science Live returns, bringing you the highlights from the Royal Society's annual Summer Science Exhibition, a free 5 days showcase of enthralling research from around the UK.
00:00 - Countdown 01:04 - Intro 04:08 - Sensing volcanoes 15:37 - From Mars to bone disease 28:29 - UK's 1st astronaut: Helen Sharman 43:13 - Drumming for health 53:58 - Young researchers zone 59:25 - Improving chemotherapy for children 1:12:59 - Hannah Cloke on extreme weather 1:23:28 - Creating immersive 3D sound 1:36:31 - What are whiskers for? 1:42:30 - Historical treasures 1:51:16 - The Great Ape Challenge 2:00:20 - Robotic eye surgery 2:12:39 - Counting electrons 2:22:36 - Zebrafish and mental health 2:30:44 - The smells of space 2:40:00 - Revolutionising rehabilitation 2:51:47 - Mission to Jupiter's moons 3:02:07 - Outro
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Whilst pandemic vaccines and antiviral drugs have been used at scale in the past, the initial severity and spread of COVID-19 required additional extensive public health countermeasures.
A series of communication challenges was also inevitable in both political and public spaces. This was intensified by the lengthy duration of the crisis, the ever-changing epidemiology and a changing virus.
Scientists and clinician-scientists were under pressure as never before to communicate with clarity, integrity, and authenticity.
In this lecture, Professor Sir Jonathan Van-Tam discusses and reflects on his own journey through this challenging landscape.
Professor Van-Tam was awarded the 2022 prize for his critical role in public engagement during the COVID-19 pandemic as UK Deputy Chief Medical Officer, through national and international media.
The Royal Society David Attenborough Award and Lecture is awarded annually to an individual for outstanding public engagement with science. The award, open to everyone, recognises high quality public engagement activities. The award is named after the United Kingdom’s best-loved naturalist and broadcaster, and honorary Fellow of the Royal Society, David Attenborough. The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Boosting the performance of electronic instruments and systems through the continual miniaturization of electronic devices was an approach that has been followed by Semiconductor Industry for more than five decades, and has led to the significant electronics development that we are witnessing today. The basic material that has accompanied this spectacular evolution is Silicon. Now, there are billions of silicon transistors in the current microprocessors, whereas there were only thousands in the 70s. However, silicon-based nanotransistors are reaching their limits in terms of miniaturization and energy efficiency. Thus, different nanodevices based on emerging nanomaterials are urgently needed to continue in this evolutionary approach while extending the lifetime of Moore's Law.
Dr. Khalil Tamersit will describe how the simulation approaches and computational models are used to propose and optimize new carbon-based electronic devices (eg nanotransistors, nanosensors, nanobiosensors, and micromachines) while paving the way for a post-silicon future.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Everything, from conception, to birth, to early development of a child would by impacted by conditions in space. Would a child born in space or on Mars ever be able to return to Earth?
The multiple industrial and agricultural revolutions have transformed the world. However, an unintended consequence of this progress is that we are changing the climate of our planet. In addition to the climate risks, we will need to provide enough clean energy, water and food of a more prosperous world that may grow to 11 billion by 2100. The talk will discuss the significant technical challenges and potential solutions that could provide better paths to a more sustainable future. How we transition from where we are now to where we need to be within 50 years, is arguably the most pressing set of issues that science, innovation and public policy have to address.
Steven Chu is Professor of Physics, Molecular and Cellular Physiology, and Environmental Science and Engineering at Stanford University. He shared the 1997 Nobel Prize in Physics for laser cooling and trapping of atoms. Other contributions include precision atom interferometry, optical tweezers of biomolecules, and the first biological studies using single molecule FRET. His current research is in molecular and cell physiology, medical imaging, nanoparticle synthesis for bioimaging, and battery research. He was US Secretary of Energy from 2009 to 2013. He has 35 honorary degrees, is a member of the National Academy of Sciences, the Pontifical Academy of Sciences and seven foreign academies.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
As the world transitions to sustainable plant-based diets, deficiency in B12, which can cause dangerous health effects, will rise. Finding ways to fortify food with B12 may help to keep people, as well as the planet, healthy.
This video features collaborative research focused on the importance of Vitamin B12 to human health and exploring how dietary deficiency can be addressed by the incorporation of Vitamin B12 into edible plants. Some of this research has been funded by the Biotechnology and Biological Sciences Research Council (BBSRC), part of UKRI, through a Follow-on Fund grant to the John Innes Centre, Quadram Institute Bioscience, and LettUs Grow.
According to the American Centres for Disease Control and Prevention, tuberculosis has been affecting humanity for over 9000 years. The bacterium that causes the disease might have been in existence for over 3 million years. Although curable, this disease that has over the years been referred to as “the white plaque”, “consumption”, “the captain of all these men of death” amongst others, currently still ranks as a top single infectious killer, killing more people than HIV/AIDs. Over 10 million people fell ill with tuberculosis in 2021 and about 1.6 million died, majority of whom were in low- and middle-income countries. In this talk, Professor Chegou will discuss the challenges that are involved in the control of tuberculosis, the need for new tools that may assist in the control of the disease, and the contribution that laboratories such as his, that are situated in high burden African countries, are making in the fight against the disease.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Our biotechnologies have entered uncharted territory. With the ability to precisely edit the human genome, we have the potential for systematic control over inheritance that goes beyond Darwinian evolution. Stem cells can be used to create embryo-like structures that may or may not develop as normal embryos do, and artificial brain-like organs grown in dishes raise questions about the fundamental definition of consciousness.
We should be prepared to be unsettled by these developments in what zoologist Jacques Loeb in 1890 called “a technology of living substance”. But although it is easy to spin dystopian tales out of them, any consideration of how to regulate these technologies and of their ethical and societal implications will be deepened and enriched by close attention to their historical and cultural dimensions.
Dr Philip Ball, winner of the 2022 Wilkins-Bernal-Medawar Medal, joins us to discuss the importance of these debates, and of keeping historical and cultural perspectives visible and explicit.
The Wilkins-Bernal-Medawar Medal and Lecture 2022 is awarded to Dr Philip Ball, for his outstanding commitments to sharing the social, cultural, and historical context of science through award-winning science communication in books, articles, and as a speaker and commentator.Computer vision: learning to see the world | The Royal SocietyThe Royal Society2023-05-04 | The Bakerian Prize Lecture 2023 is given by Professor Andrew Zisserman
Computer vision is a field where the goal is to enable machines to understand and use the visual content of images and videos in a similar manner to humans. In this talk Professor Zisserman will describe how machines are able to learn to recognise objects and actions from a temporal sequence of video frames, together with the audio and speech that accompanies them - an approach that is inspired by how infants may 'learn to see'. He will show applications of computer vision to image search, to recognising sign language (BSL), and to generating video descriptions for the visually impaired.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
The concept of memory is used in many branches of science. In neuroscience, it refers to experience-dependent changes in the nervous system that collectively constitute memory traces of varying accuracy, and from which we can later recall earlier events, places, facts or learned skills. Remembering the birth of a child, the layout of the city where we live, that canaries are yellow, or a well practised tennis stroke. Memory is important and it helps each of us to travel in time and so define our own individuality.
Analysis in both humans and animals typically distinguishes the separate processes of encoding, storage, consolidation, and recall. Exciting major advances have been made in recent years that reflect deepening understanding of these processes. The making of a memory trace about an episode is now believed to involve specific patterns of brain activity that release the major neurotransmitter of the brain – glutamate. This binds to N-methyl-D-aspartate receptors at synapses in the hippocampus that act as coincidence detectors to trigger memory encoding and to tag specific synapses. This discovery rested on the shoulders of brilliant earlier physiological discoveries about synaptic plasticity.
Keeping a memory - storage - involves a different set of so-called AMPA glutamate receptors that are shuttled into the synaptic junctions between neurons to help enhance their strength. Embedded within appropriate neural circuitry, the result will be a set of distributed memory traces mediating altered connectivity across large numbers of neurons and their synaptic connections. Cellular consolidation, like the fixing process of traditional photographic images, may then kick in to enable a subset of these traces to be kept for sufficiently long to be eligible for the overnight brain-wide component of consolidation that occurs during slow-wave sleep. In the absence of consolidation, forgetting can take place, but forgetting is deceptive as it is sometimes true loss but other times merely a failure to access memory traces that may be still there. Memory loss is feared, but all too often forgetting is benign – a valuable feature of a system that guards itself against saturation. It can, however, become severe and notably in neurodevelopmental disorders and neurogenerative conditions such as Alzheimer’s Disease, a condition about which there is now growing hope that we can ameliorate facets of the disease process or at least the symptoms of memory loss associated with it.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Stories are an immensely powerful communication tool. People find linear narratives compelling and this shapes how we think. This is as true in science as in any other domain. Stories structure our thinking and aid understanding, but they can also constrain our thinking unhelpfully, and embed assumptions that are unwarranted. What’s more, however attractive a story may be, with a beginning, a middle and an end, life is not like that. Life does not work in linear narratives or we would not have to ask “What came first, the chicken or the egg?"
A key challenge in modern biology is to find ways to tell stories about these dynamic, non-linear processes that can aid our understanding, while supporting the open mindedness needed for progress. Leyser’s research in plant developmental biology has tried to address this issue, a challenge that is equally relevant for her current role in science policy. Her Croonian Lecture will include examples from both of these areas of her work.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
The six books shortlisted for the Young People’s Book Prize 2022 have launched children across the UK on a quest to meet scientists and engineers in past and present history, find answers to the world's most pressing challenges and discover the wide range of life forms on Earth, from the incredible world of microbes to the wolves of Yellowstone Park.
This year, a record-breaking 720 UK schools, science clubs and youth groups have taken up the challenge of judging this year’s prize. Over 14,000 young judges have poured over the pages full of bridges, beakers and beetles and have now declared their winner.
This year's award ceremony will again be hosted by BAFTA-winning TV presenter Lindsey Russell and is an excellent occasion to meet the authors and discover this year’s winner. Don’t forget to grab a pen and paper as your knowledge of the shortlisted books will also be put to test in our Young People’s Book Prize Big Quiz!
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Meteorites are natural objects that survive their fall to Earth from space. Almost all are fragments of ancient asteroids, formed at the birth of the Solar System, approx 4567 million years ago. Meteorites carry within them a record of the history of the solar system. Tiny grains within meteorites have come from other stars, giving information about the stellar neighbourhood in which the Sun was born. And some meteorites contain organic compounds – materials which might have helped life on Earth to get started! 🌴
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
🔔Subscribe to our channel for exciting science videos and live events, many hosted by Brian Cox, our Professor for Public Engagement: bit.ly/3fQIFXB
We’re also on Twitter ▶ twitter.com/royalsociety Facebook ▶ facebook.com/theroyalsociety Instagram ▶ instagram.com/theroyalsociety And LinkedIn ▶ linkedin.com/company/the-royal-societsModern scientist vs. 1600s scientist: Moon landing | The Royal SocietyThe Royal Society2023-02-14 | Did you know the first Moon landing occurred in 1638? 🚀 (At least in the imagination!) Modern planetary scientist Dr Suzie Imber critiques John Wilkins's incredible 17th c. book on space travel with help of Royal Society librarian Keith Moore and readings by Lemn Sissay.
#space #physics #history #moon #LemnSissay
Watch next 👇
Physicist Dr Mark Richards critiques John Evelyn's 1661 book on urban air pollution ▶ youtu.be/adJ0tTpSqNE
Esme Todd meets Judy Ling Wong and Sam Bridgewater to find out how using clever science to create mixed landscapes and working with nature can help solve our land conundrum.
Conservation carried out with the support of the National Manuscripts Conservation Trust
Thanks to 'Team Pigment' members Professor Andrew Beeby, Professor Richard Gameson (Durham University) and Kate Nicholson (Northumbria University), and to Sayaka Fukada, book and paper conservator.
Watch next: A modern physicist critiques John Evelyn's 1661 book on air pollution ▶ youtu.be/adJ0tTpSqNE
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
In this lecture, Professor Serena Nik-Zainal will describe how her team have explored the extraordinary DNA graffiti that has been seen in human cancers, using a combination of big data computational approaches and systematic experimental methods. She will provide an account of how they have designed algorithms that could be used to interpret cancer genomes for clinical purposes and how they have taken steps towards clinical validation studies for her algorithms. Professor Nik-Zainal will touch on her team’s recent endeavour, reporting the largest cohort of WGS cancers worldwide of nearly 20,000 patients recruited via the NHS. She will end by bringing the audience through a selection of real cancer WGS patient stories
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Join Dr Kartic Subr and Tatiana López Guevara on a journey into the world of 'approximate physics' and find out how the same science used for Disney movies and video games can teach care robots how to pour drinks.
This year’s shortlisted authors Henry Gee, Professor Rose Anne Kenny, Peter Stott, Frans de Waal, Nick Davidson, Jeremy Farrar and Anjana Ahuja, will join our host to discuss the unifying themes explored within their books and the integral role that science plays in society and our everyday lives.
The books championed by the Royal Society Science Book Prize embody compelling science communication and provide an opportunity for readers to engage more deeply with science in an uncertain world. The five-strong judging panel for 2022 is chaired by neuroscientist, Professor Maria Fitzgerald FRS. She is joined on the panel by representatives from across the worlds of science and culture: television presenter, Kate Humble; physicist and Royal Society University Research Fellow, Dr Josh McFayden; novelist, Mike Gayle, and journalist, writer and technology consultant, Rory Cellan-Jones.
Join the discussion at slido: https://app.sli.do/event/41t4KF9ncuLSfr9XpF5zCt
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
His lecture will be the ninth in the ‘Science and Civilisation’ series, which was launched by Cara (the Council for At-Risk Academics) in 2013 and has been hosted from the outset by the Royal Society.
Jeremy’s whole career has been dedicated to protecting and improving global health. As a researcher he specialised in infectious diseases, and he has published more than 600 papers.
As well as sharing his expertise, he champions rapid investment in research on Covid-19 testing, treatments and vaccines, and argues that everyone (not only people who live in rich countries) should benefit equally from the discoveries that result.
The ‘Science and Civilisation’ lecture series takes its name from the title of the lecture given by Albert Einstein in October 1933 at the Royal Albert Hall, at a major fundraising event on behalf of Cara and three other organisations who had come together as the Refugee Assistance Fund, to help those being expelled from Germany by the Nazis. Cara’s Founding Statement was issued from the ‘Rooms of the Royal Society’ in Burlington House on 22 May 1933, and the two organisations have worked closely together ever since then.
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Join us for the Royal Society Rosalind Franklin Lecture 2022 given by Professor Diane Saunders.
Professor Saunders will introduce you to the notorious “polio of agriculture”, the wheat rusts, that throughout history have endangered the production of one of our oldest and most precious food crops.
Despite long-standing efforts by a global community to wrestle the wheat rusts into submission, new strains are constantly evolving that can overcome the barriers we create to inhibit infection, and once again leave the world’s wheat crops vulnerable. Professor Saunders will discuss how phenomenal recent scientific advances have created the tools and resources in our arsenal that now have the real potential to finally outsmart these cereal killers and safeguard a sustainable food supply for generations to come.
Professor Diane Saunders is a Group Leader at the John Innes Centre, Norwich, UK. Her research focuses on (re-)emerging plant pathogens that pose a significant threat to agriculture.
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
The Royal Society Milner Award and Lecture 2022 given by Professor Yvonne Rogers FRS.
Digital technologies have much potential for helping us think: enhancing how we perceive, attend to, notice, analyse and remember events, people, data and other information. But how do we make it happen - especially against the backdrop of AI which aims to do the thinking for us? Professor Rogers’ research is concerned with designing innovative interfaces that can extend how we think when we learn, work and play. Her approach is to make interfaces interactive and empowering; steering, scaffolding and challenging people to think differently and creatively.
In Professor Rogers’ lecture, she will describe how we can open up people’s minds more through designing technology with them in mind.
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The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Imagine a future where roads can self-heal, tiny robotic molecules can assemble themselves into household objects, and living buildings can harvest carbon dioxide to generate power and purified water. Join Margarita Staykova and Tiago Moreira to discover some of the science and ethics of using microbes to create materials. Would we be able to control how the cells evolved? Or, would we have to form symbiotic relationships with living materials similar to the relationships we had with working animals in the past?
Join the discussion: https://app.sli.do/event/ovdxfNLv5bS1gHViyN9P14
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Professor Jacqueline Cole was awarded the Clifford Paterson Medal and Lecture 2020 for the development of photo-crystallography and the discovery of novel high-performance nonlinear optical materials and light-harvesting dyes using molecular design rules. After 2 years of delays due to the global pandemic, Professor Cole now has the opportunity to deliver the Prize Lecture.
Professor Cole will describe how one can combine the predictive power of artificial intelligence with data science and algorithms to discover new materials for the energy sector. A ‘design-to-device’ pipeline for materials discovery will be demonstrated. Thereby, large-scale data-mining workflows are fashioned to predict successfully new chemicals that possess a targeted functionality.
The success of such a data-driven materials discovery approach is nonetheless contingent upon having the right data source to mine. It also requires algorithms that suitably encode structure-function relationships into data-mining workflows that progressively short list data toward the prediction of a lead material for experimental validation. The talk shows how suitable data are sourced, algorithms are designed and fed into predictions, and how these predictions are borne out by experiments.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
In this prize lecture, Professor Sophie Scott will explore the science of laughter - how laughter has evolved, its functions in mammals, and the ways that humans use laughter. Professor Scott will show how laughter is used to communicate much more than humour, and the importance of laughter in our social interactions. We will also explore the neural basis of laughter, and the possible ways that we vary in the ways that we process laugher.
The Royal Society Michael Faraday Prize and Lecture is awarded annually to the scientist or engineer whose expertise in communicating scientific ideas in lay terms is exemplary. The award is named after Michael Faraday FRS, the influential inventor and electrical pioneer who was prominent in the public communication of science and founded the Christmas lectures at the Royal Institution. In 2021, the prize was awarded to Professor Sophie Scott CBE FBA FMedSci, for her work in engaging the public with neuroscience through events, talks, TV and radio, and exemplifying how science communication can enhance scientific excellence.
Join Dr Laila Moubayidin from the John Innes Centre to find out about the difference between bilateral and radial symmetry, and why the laws that govern art and architecture are also vital for the health of organisms. We also investigate why 'breaking' symmetry can be a crucial adaptation for some animals, including humans. 🌿
Dr Laila Moubayidin is a Royal Society University Research Fellow.
Special thanks to Alex M. Schreiber, St. Lawrence University for the 'flatfish metamorphosis' video 🐟
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence. Visit our website to learn more: royalsociety.org
Watch the previous David Attenborough lecture, delivered by Professor Alice Roberts ▶ youtu.be/9YLXTtH0Y1k
All science is political. Though the scientific methods have been designed over the centuries to free our understanding of reality from the baggage of perceptive and psychological biases, and the grubby world of politics, it's an ideal we strive for, but have never achieved. All new discoveries exist in the culture in which they are born, and are always susceptible to abuse. In this talk, Dr Adam Rutherford will be exploring how the abuses in his own fields of evolution and genetics - by politicians, ideologues and by scientists themselves - were central to the most heinous crimes of modern history. Adam will be arguing that scientists must know their own histories, and how Darwin's phrase 'ignorance more frequently begets confidence than does knowledge' should be a mantra for our times.
The Royal Society David Attenborough Award and Lecture is awarded annually to an individual for outstanding public engagement with science. The award, open to everyone, recognises high quality public engagement activities. The award is named after the United Kingdom’s best-loved naturalist and broadcaster, and honorary Fellow of the Royal Society, David Attenborough. In 2021, this award was given to Dr Adam Rutherford for his contribution to strengthening public confidence in science through radio, TV, films, talks and books, and in particular, for challenging racist pseudoscience.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence.
Join Dr Ellen Garland from the University of St Andrews on her quest to chart the journey of humpback whale songs across the Pacific Ocean. Male humpback whales sing a repetitive, learnt, and culturally transmitted song display. Most males within a population sing the same, slow-evolving song; but in the South Pacific, songs from neighbouring populations have come in and taken over, almost like pop music. Humpback whales seem to like the novelty of a new sound but Dr Garland wants to discover whether it's really a 'sexy song' that attracts the attention of a female, or a 'sexy singer.'
Dr Ellen Garland is a Royal Society University Research Fellow.
The Royal Society is a Fellowship of many of the world's most eminent scientists and is the oldest scientific academy in continuous existence. Visit our website to learn more: royalsociety.org
We’re also on Twitter twitter.com/royalsociety Facebook: facebook.com/theroyalsociety Instagram: instagram.com/theroyalsociety And LinkedIn: linkedin.com/company/the-royal-societySummer Science 2022: Smashing stereotypesThe Royal Society2022-07-27 | Meet the researchers showing us that groups of people are more similar in their values and other psychological characteristics than it is commonly assumed. Highlighting these similarities, for example between women and men or people who hold different political views, helps to reduce stereotypes, and improves respect.
🔔Subscribe to our channel for exciting science videos and live events, many hosted by Brian Cox, our Professor for Public Engagement: bit.ly/3fQIFXB
We’re also on Twitter ▶ twitter.com/royalsociety Facebook ▶ facebook.com/theroyalsociety Instagram ▶ instagram.com/theroyalsociety And LinkedIn ▶ linkedin.com/company/the-royal-societySummer Science 2022: Ocean travellersThe Royal Society2022-07-27 | The effects of phytoplankton moving may seem like a ‘drop in the ocean’ compared to the migration of a whale pod. Meet the researchers studying the oceans’ travellers in all their forms. Understand how marine structures, fishing pressure, oil spills, and warming all influence the movements of creatures large and small, and how human behaviours can help the ocean thrive.
🔔Subscribe to our channel for exciting science videos and live events, many hosted by Brian Cox, our Professor for Public Engagement: bit.ly/3fQIFXB
We’re also on Twitter ▶ twitter.com/royalsociety Facebook ▶ facebook.com/theroyalsociety Instagram ▶ instagram.com/theroyalsociety And LinkedIn ▶ linkedin.com/company/the-royal-societySummer Science 2022: Replacing oilThe Royal Society2022-07-27 | Where does the waste go from your freshly poured pint? Find out how scientists are moving away from fossil fuels and creating catalysts and fine chemicals from waste items and how they can help to make everyday items like our clothes, health and beauty products, food packaging, comfy chairs, televisions, and phones.
🔔Subscribe to our channel for exciting science videos and live events, many hosted by Brian Cox, our Professor for Public Engagement: bit.ly/3fQIFXB
We’re also on Twitter ▶ twitter.com/royalsociety Facebook ▶ facebook.com/theroyalsociety Instagram ▶ instagram.com/theroyalsociety And LinkedIn ▶ linkedin.com/company/the-royal-societySummer Science 2022: Decoding the DNA tree of lifeThe Royal Society2022-07-27 | The researchers taking part in the largest biology project since the Human Genome Project: sampling the DNA of the 70,000 animal, plant, fungus, and protist species in Britain. Hopefully we will be able to protect, enjoy and benefit from our home-grown biodiversity long into the future.
🔔Subscribe to our channel for exciting science videos and live events, many hosted by Brian Cox, our Professor for Public Engagement: bit.ly/3fQIFXB
We’re also on Twitter ▶ twitter.com/royalsociety Facebook ▶ facebook.com/theroyalsociety Instagram ▶ instagram.com/theroyalsociety And LinkedIn ▶ linkedin.com/company/the-royal-societyHunting the Winchcombe meteorite | the Royal SocietyThe Royal Society2022-07-25 | On February 2021, a spectacular fireball was seen blazing through the skies over the UK. The next morning, a family in the town of Winchcombe, woke to discover a pile of dark rocks on their driveway! These rocks, the first meteorites recovered in the UK for 30 years, hold vital clues about the origin of the solar system and formation of planets. ☄