Physical Sciences
Dr Peter Thirolf | Dr Lars von der Wense | Benedict Seiferle – The Thorium Isomer: Paving the Way for Nuclear Clocks
Atomic clocks have long been the most accurate timekeeping devices known to physics, but thanks to research carried out in recent years, it looks like their reign could soon be over. As part of the European consortium ‘nuClock’ (nuclock.eu), Dr Peter Thirolf,...
Dr Reinhard Genzel | Dr Linda Tacconi | Max Planck – Investigating the Evolution of Star Formation with Millimetre Wave Astronomy
Astronomers have much to learn from the giant clouds of gas and dust that occupy the vast spaces between stars. These conglomerates of dense, cool interstellar matter provide the food needed for star formation in galaxies. Over the past decade, Dr Reinhard Genzel and...
Dr Pankaj Sharma – Inspiring Students at The Duke Energy Academy at Purdue
A secure and sustainable energy supply for the future depends upon communities and industries working together. To facilitate this, a skilled STEM workforce is needed. To that end, Dr Pankaj Sharma a courtesy professor at Purdue University and his colleagues have...
Professor Pankaj Sharma – A Short Interdisciplinary Summer Course in Sustainable Development
The survival of humanity relies upon the sustainable use of natural systems that provide food, energy, and water. However, the growth in the world’s population and human activities that generate pollution are posing serious sustainability challenges to these systems....
Dr Joe Borovsky – Analysing Earth’s Magnetospheric System: A Web of Interconnections
The behaviours of physical systems are often decided by complex webs of connections between properties, where a small change in just one variable could cause changes in every other one. Dr Joe Borovsky at the Space Science Institute of Boulder, Colorado, and his...
Outcomes of Gender Summit 11, Co-hosted by NSERC
From November 6 to 8, 2017, more than 675 advocates of gender equity from across many different fields in science, technology, engineering and mathematics (STEM) took part in Gender Summit 11, in Montreal, Quebec. Co-hosted by the Natural Sciences and Engineering...
Dr Partha P. Mukherjee – Improving Electrode Microstructural Dynamics & Battery Performance
Whether it be enabling renewable technologies, mobilising electric vehicles, or powering the electronic devices we carry, batteries are essential to modern life. As technology continues to advance, high-quality, long-lasting batteries are needed more than ever. Dr...
SFB 1083 – Collaborating to Study Interfaces in Miniaturised Materials
Creating technologies from multiple materials with different physical properties can be hugely beneficial, but the process doesn’t come without its challenges. As we fabricate new devices, an understanding of the physics occurring at the interfaces where different...
Professor Gilles Gerbier – A Flickering in the Darkness
Deep, deep underground, surrounded by kilometres of solid rock, a team of scientists led by Professor Gilles Gerbier of Queen’s University, Canada, watches for a miniscule flicker of energy. A flicker that will, they hope, betray the existence of the most elusive...
Dr Benjamin Jantzen – Dynamical Symmetries: Drawing New Connections Between Natural Processes
Scientists throughout history have constructed rules that help them to understand how natural systems work, but their insights are often far from perfect. Dr Benjamin Jantzen at Virginia Tech has developed computer algorithms to help. By making connections...
Professor Friedemann Freund – Changing the Landscape of Geology: Forecasting Earthquakes
Imagine a world where we knew about earthquakes before they strike – days before a potentially lethal event. A world with an early warning system that would give us time to evacuate vulnerable buildings, to activate civil defence organisations, to minimise the loss of...
Professor Elena Aprile | Drs Kaixuan Ni | Luca Grandi – Dark Matter Hunters
Professor Elena Aprile and her collaborators, Drs Kaixuan Ni and Luca Grandi, join together with a worldwide consortium of scientists to design massive detectors for identifying the invisible matter that makes up the majority of our Universe. For over 100 years,...
Dr Simon Humphrey | Sam Dunning – A New Generation of Chemical Sensors
Dr Simon Humphrey and Sam Dunning at the University of Texas at Austin have created a new lanthanide-based chemical sensor that can identify trace levels of water in many different solvents, and can even distinguish between normal water and ‘heavy water’. The team’s...
Dr Alfred Msezane – Negative Ion Formation in Complex Heavy Systems
When an electron is absorbed by a heavy atom or molecule, a heavy, negatively-charged ion is formed. These negative ions can be used for a wide array of useful applications, from organic solar cells to water purification. However, the electron absorption process for...
Dr Jeremy Drake – Investigating Our Galaxy’s Largest Star Production Factories to Reveal Stellar and Planetary Origins
Star forming regions are dense complexes of young and newly forming stellar clusters, which drive the evolution of galaxies. Dr Jeremy Drake, a Senior Astrophysicist at the Smithsonian Astrophysical Observatory, and his collaborators analyse X-ray, optical and...
Professor David Jewitt – Investigating Cosmic Snowballs
Professor David Jewitt and his team at UCLA explore the nature of comets. These fleeting visitors to our cosmic shore are important sources of information, and can help to reveal the origin and evolution of the solar system. Most recently, Professor Jewitt’s team have...
Professor Gert Bange | Dr Wieland Steinchen – Bridging the Gap Between Protein Structure and Dynamics
Proteins are present in all living organisms. The unique functions they perform in biochemical processes are dependent on their three-dimensional structure. Dr Wieland Steinchen and Professor Gert Bange, from the Center for Synthetic Microbiology (SYNMIKRO) and...
Dr Andreas Heyn – Cutting the Cost of Corrosion
$2.5 Trillion USD. That’s the most recent estimate for how much corrosion costs us globally every year. That’s about the same as the Gross Domestic Product of the entire UK. It’s no wonder, then, that there is an international push for better ways to detect and repair...
Dr Gernot Schaller – Maxwell’s Demon: Extracting Energy from Chaos
Since it was theorised over 150 years ago, physicists have viewed the concept of ‘Maxwell’s demon’ as a highly desirable yet ultimately unattainable source of energy. For over a century, the device seemed to work theoretically, but a fundamental barrier prevented it...
Professor Gustaaf Jacobs – Modelling Shock Waves and Particle Interactions in High-Speed Flows
Understanding how shock waves, flow dynamics and turbulence all interact and affect the distribution of particles has applications ranging from high-speed vehicles to explosions and even ocean sediment dynamics. Professor Gustaaf Jacobs at San Diego State University...
Professor Thomas Voigtmann – Non-Equilibrium Materials: Bridging a Gap in Understanding
Measuring the mechanical properties of different materials by analysing their behaviour is a familiar task to many scientists and engineers. Yet for some more unusual materials, large-scale material properties are incredibly difficult to predict using current methods....
SFB 1027 – Cell Physics: Understanding How Biological Matter Self-Organises
The Collaborative Research Centre SFB 1027 at the Saarland University in Saarbrücken and Homburg is an interdisciplinary research team that aims to achieve a quantitative understanding of the physical mechanisms at work when biological matter self-organises into...
Dr Albert Guskov – Metal Transport Unlocks Routes to New Antibiotics
Metals have been improving our lives since the bronze age, but they also play a key role in keeping us healthy. We rely on numerous metals, such as cobalt, zinc and magnesium (among others), to perform essential roles in our bodies. Many bacteria also require these...
Professor Romano Orru – Cheap and Eco-friendly Drug Synthesis using Biocatalysis and One-Pot Processes
Developing more efficient techniques for synthesising complex drug molecules is a painstaking process. However, this is something that Dr Romano Orru of Vrije University Amsterdam is very much committed to. His team is working towards higher efficiency and yield in...
Dr Uli Klein – Supernova-accelerated Electrons to Dark Matter: A Career in Radio Astronomy
Considering we didn’t know of their existence just a century ago, our current knowledge of the structures and dynamics of galaxies is extraordinarily impressive. Among those who have enhanced our understanding of these building blocks of the Universe is Dr Uli Klein,...
Dr Simon Friederich – A Rare Universe? The Multiverse Debate Through the Lens of Philosophy
How did we get here? How could a universe with such simple physical laws have created something as complex as us? These questions are so fundamental that even after millennia, neither scientists nor philosophers have reached a universally satisfying answer. Dr Simon...
Dr Román Orús – Tensor Networks: Untangling the Mysteries of Quantum Systems
For decades, physicists have struggled endlessly with the problem of quantum many-body systems – systems containing multiple quantum particles. Because of quantum properties, the ways in which these systems behave are unpredictable when using conventional mathematics,...
Professor Liping Gan – Probing Matter and More: Beyond the Standard Model
Professor Liping Gan and her team at the Thomas Jefferson National Accelerator Facility are working to deepen our understanding of the matter that makes up our Universe. While key theories such as the Standard Model and Quantum Chromodynamics can provide...
Dr YuHuang Wang – A Bright Family of Quantum Defects
Carbon nanotubes are a remarkable material – more conductive than copper and stronger than steel, yet just a billionth of a metre wide. Their application has already proven invaluable across science and engineering, but only recently have scientists looked into...
Professor Philip Walther – Indefinite Causal Order: Faster Computers and Fundamental Questions
Quantum mechanics has greatly improved the speeds at which computers make calculations, but new research shows that quantum computers can be made to run even faster. Professor Philip Walther and his team at the University of Vienna have shown that the very orders in...
Professor Hans De Raedt – Software for Realistic Simulations of Quantum Systems
The potential capabilities of universal quantum computers have many of us excited, but there’s one problem – we aren’t close to building complex, functional quantum computers just yet. In the meantime, scientists need to test the capabilities of quantum computing...
Professor Colin Wolden | Professor Douglas Way – Saving the World through Fertiliser and Fuel
At the turn of the century, two unassuming chemists collaborated on the seemingly mundane task of converting nitrogen and hydrogen into ammonia. At the end of their collaboration, they had changed the course of our civilisation forever. At the Colorado School of...