CAPTIVE: A New Direction for Virtual Reality Controllers – Professor Christopher G. Healey & Zeyuan Chen, North Carolina State University
Virtual and augmented reality systems are transforming how we view and manipulate 3D objects. One of the biggest challenges to developers is to design fast, accurate, yet affordable controllers. Now, Professor Christopher Healey and Zeyuan Chen at North Carolina State...
Using Noise to Control Micromechanical & Macromechanical Systems – Professor Balakumar Balachandran, University of Maryland
Micromechanical oscillators are components of many electronic systems that keep track of signal processing and ensure data is moved around without becoming jumbled up. Professor Balachandran and his team at the University of Maryland are exploring how noise can be...
Understanding Particle-Fluid Interaction Dynamics in Turbulent Flow – Dr Lian-Ping Wang, University of Delaware
Almost every aspect of the global water cycle involves a mixture of fluids and particles – raindrop formation, ocean currents and water percolation through the soil. This mixture of gas and liquid or liquid and solid causes behaviour that is important to understand,...
TICAL Aims for Paradigm Shift in PET Imaging – Professor Paul Lecoq, CERN
In an ongoing effort to increase the accuracy and sensitivity of current PET (positron emission tomography) scanners, Prof Paul Lecoq and his team at CERN research various elements of this particular imaging technique. Inspired by particle physics detectors, the team...
Putting the Universe in a Computer – Dr Romeel Davé, University of the Western Cape
Galaxy formation theorist Dr Romeel Davé and his team at the University of the Western Cape use high-performance supercomputer simulations to answer basic questions about the evolution of galaxies and our visible Universe. ...
Hypersonic Laser Tagging A New Way of Understanding Fluid Mechanics – Professor Richard B. Miles, Texas A&M University
Fluid mechanics is the study of the flows within liquids, gases and plasmas, and the forces that act upon them. Applications involving fluid mechanics are vast, ranging from chemical engineering to astrophysics, and so an accurate understanding is essential for future...
Putting Life in Context – Professor Julio Collado-Vides, National Autonomous University of Mexico
How do you determine important scientific links when you are flooded by new publications each day? Professor Julio Collado-Vides and his team at the National University of Mexico appear to have the answer. You may also...
Mapping P-adic Spaces with Height Pairings – Professor Amnon Besser, Ben-Gurion University of the Negev
Professor Amnon Besser of Ben-Gurion University of the Negev and his colleagues are exploring p-adic numbers – one of the most difficult areas of number theory – in order to solve long-standing open problems bridging several fields of mathematics. [lbg_audio2_html5...
In Silico Chemistry Modelling the Reactions of Heavy Elements – Dr Kirk A. Peterson, Washington State University
Is it possible for computational modelling to become sufficiently accurate as to replace experiments? This is one of the many questions that Dr Kirk Peterson and his team at Washington State University are working towards answering. As a world-leader in developing...
Catching the Wind: Understanding the Dynamics of Renewable Energy – Dr Glen Whitehouse, Continuum Dynamics, Inc.
As renewable energy sources such as wind, wave, and solar become more ubiquitous, the importance of understanding the detailed mechanisms of their operation is essential. In particular, with a dynamic and turbulent energy source like wind, an accurate way of modelling...
Exploring How the Lower Atmosphere Influences Space Weather – Prof Jeffrey M. Forbes, University of Colorado
Professor Jeffrey Forbes and his team at the University of Colorado use data from multiple satellites and global modelling to determine how terrestrial weather affects the near-Earth space environment.
Mechanobiology – Exploring the Mechanics of Cell Behaviour – Professor Taher Saif and Dr Andrew W. Holle
Understanding how cells interact with the physical world around them is at the core of mechanobiology, a growing subfield connecting the arenas of cell biology and bioengineering. Two leading researchers, Professor Taher Saif and Dr Andrew Holle, with the support of...
The Audible Human Project Hearing What the Body Has to Say – Thomas Royston
Professor Tom Royston is applying his expertise in the fields of acoustics and engineering to diagnostic medicine by developing the Audible Human Project, which aims to use sound to detect disease and injury within the body, particularly in the complex structure of...