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Come and hear from some of the leading minds in science today. Massey University Auckland scientists take you into the fascinating world of scientific discoveries.
All lectures start at 7pm followed by drinks and nibbles.
Dr Heather Hendrickson
28 February 2017
The World Health Organization has called antibiotic resistance a serious global public health threat. Scientists and politicians alike have declared that we are bound for a “post-antibiotic era”, where minor scratches or common procedures like childbirth may lead to death.
Antibiotic resistance is the outcome of the ways that we have used these precious drugs since their discovery. This has also come about because of the unique ways that bacteria (the good and the bad) are able to evolve. Come and learn about what is being done to understand how antibiotic resistance evolves in bacteria, what we can do to preserve antibiotics and the strategies that scientists are coming up with in order to fight dangerous bacterial infections in the future.
Professor Joachim Brand
28 March 2017
Predicted a century ago by Albert Einstein's theory of general relativity, gravitational waves were observed last year for the first time. This discovery not only serves as another verification of Einstein's theory but it also ushered in a new era for Astronomy.
This lecture will explain how the detection of gravitational waves resembles listening more than seeing and how the merging of two black holes was 'heard', a discovery that most likely could never have been made with conventional telescopes. We will also look at amazing technology of laser interferometry that made their detection possible and the development of quantum technologies that will make future detectors even more sensitive.
Professor Shane Telfer
26 April 2017
Porous materials have fascinated humankind since the Greeks discovered zeolites: stones that could give off water. Of late, a new class of porous crystals has been discovered. Known as metal-organic frameworks, they have beautiful architectures that can be tuned at the molecular dimension.
The structures and applications of these materials is only limited by the imagination. Can they be used to sequester CO2 directly from air? Is the targeted delivery of bioactive payloads in the human body possible? Find out what we know, and what we hope to find out, about these fascinating materials.
Distinguished Professor Gaven Martin
30 May 2017
Fractals and fractal structures are ubiquitous in nature where small scale symmetries are repeated at ever larger scales or large scale symmetries repeated at ever finer detail. We can see this in snowflakes and in the Mandelbrot set.
The remarkable fractal Lorenz Butterfly (the butterfly effect) arising from simple models of weather predictions shows fractal structures naturally arising in chaotic systems.
The mathematical concept is difficult to define formally even for mathematicians, but key features can be understood with little mathematical background. We will discuss these, along with the notion of fractional dimensions (a measure of the scaling properties of an object) and emergent structures in dynamical systems.
These events are free, but please rsvp so we know numbers that will attend. All lectures are in the Sir Neil Waters Lecture Theatre, Massey Auckland campus.
We look forward to seeing you there!
Massey University offers study programmes at the undergraduate and postgraduate level, including unique degrees like the Bachelor of Natural Sciences and data science major in the Bachelor of Information Sciences and Bachelor of Science.
Massey University demands excellence in our research.We bring together world-leading experts from several disciplines to further knowledge and make a difference in New Zealand and the world.
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Last updated on Monday 20 February 2017
We are keen to hear your thoughts about this series and ideas about topics you are interested in.
Sir Neil Waters Lecture Theatre
Massey University Auckland