Summary The FLEET Advisory Committee (AC) is impressed with the performance and achievements of FLEET to date. While the focus of the meeting was on management advice, the scientific themes and approaches within FLEET are well structured and the Centre is showing signs of strong scientific results with some high impact publications at, or soon after, the time of the …
Protected: First observation of anisotropic polariton propagation along surface of natural vdW material
There is no excerpt because this is a protected post.
Protected: Explainer: Quantum (anomalous) Hall effect (QHE and QAHE) DRAFT
There is no excerpt because this is a protected post.
Explainer: Energy use by Bitcoin underlines the ICT energy challenge
Recent events have reinforced the urgency of FLEET’s mission, with the dramatic rise of Bitcoin introducing the public to the notion that computing is a limited resource, and that the energy used in computation has become significant. Bitcoin relies on the creation of new blocks in a blockchain, a computationally-intensive process by design. The profitable creation or “mining” of new …
Protected: Explainer: topological insulators DRAFT
There is no excerpt because this is a protected post.
Protected: Explainer: topology DRAFT
There is no excerpt because this is a protected post.
Protected: Explainer: band gap DRAFT
There is no excerpt because this is a protected post.
Protected: Explainer: elements of interest DRAFT
There is no excerpt because this is a protected post.
Book a FLEET science show
The FLEET science show is designed to inspire a love of science in school students and the wider community. The program brings working scientists into the classroom to answer students’ questions face to face. The collection of fun science demonstrations also work equally well at public events or in public areas. If you or your school or public event would …
Protected: testing tahi rua toru wha
There is no excerpt because this is a protected post.
Annual workshop images
Click for presentation videos
Explainer: why use 2D atomically-thin materials
Why does FLEET use atomically-thin, 2D materials? FLEET uses materials that are just one layer of atoms in thickness, referred to as being ‘atomically thin.’ Such materials are also known as ‘two dimensional’ (2D), as opposed to three dimensional. Quantum effects become much more significant when the freedom of charge carriers is restricted to only two dimensions (relative to their …
Challenges of demonstrating new science
DRAFT article by Errol Working at atomic and subatomic levels provides a major challenge for the task of communicating FLEET research Such unimaginably small scales make it difficult for an audience (whether adult or younger) to directly visualise the mechanisms at work. FLEET will create resources, such as animation, models and displays, to help explain these concepts. Negotiations with ScienceWorks …
FLEET social media policy
FLEET encourages members using social media to connect with each other and with broader community of researchers, colleagues, potential business partners, and others in related fields. We encourage you to associate yourself with FLEET, with your research, with others working in your field and with physics and science in general. We embrace healthy and honest discussion. Any comments on social …
Guidelines for project updates: FLEET inaugural annual workshop
15 minute project brief (12 min talk + 3 min questions) In this inaugural FLEET workshop, it’s important you pitch your talk so that most of the audience will understand most of the talk. Please bear in mind that the majority of the audience won’t be familiar with your particular field. We have researchers from every Research Theme and Enabling …