A new discovery fuses science, serendipity and a millimetre-sized worm that is hundreds of millions of years old to help develop a treatment for phaeochromocytoma.
Back to the Future is one of the most loved films from the 1980s, and galvanised audiences across every demographic. In this episode of Close-Up, Bruce Isaacs looks at the politics underpinning the film.
Steven Barrett, Massachusetts Institute of Technology (MIT)
Ionic winds – charged particles flowing through the air – can move airplanes using only electricity; no propellers or jet engines needed. The scholar who led the project explains how it works.
The movie got some predictions right on what Doc and Marty would find when the arrive in the “future” today. But what could they find if they took another 30 year leap into the future?
Hoverboards, self-fitting jackets, nuclear fusion generators…. Some of Back to the Future’s wacky inventions are closer to reality than you might think.
Welcome to the third and final part of Back to the Future. AS HSBC is fined US$1.9 billion for “egregious” money laundering and the first arrests are made in the Libor scandal, the need for the public…
The $1.92 billion deferred prosecution entered into by HSBC with US regulators is one of the most significant financial penalties imposed on a global bank. On Tuesday in a Federal Court in Brooklyn, HSBC…
Welcome to part two of Back to the Future. Through the Securities and Exchange Commission, James M. Landis helped legitimise the authority of the state to intervene in capital markets, despite a judiciary…
Professor of Electrical and Electronic Engineering and Deputy Dean Research at Faculty of Engineering and Information Technology, The University of Melbourne