This week UCLA PhD student Leslie Insixiengmay takes us on a microscopic journey to the Earth’s interior and tells us all about the atomic forces that shape the deep Earth behaviour! A question I get asked a lot is: “How do we know what’s inside of the Earth?” It’s a good and valid question considering that the deepest hole humans have dug only reaches about 12.2 km, which is about 0.2% of ...[Read More]
Mare needs to secure some funding. Trotting through previous successful applications, she finds a common denominator. As a purebred scientist, she bellows: How important is interdisciplinary research for a research proposal? Dear Mare, Very important. Realistically, you’ll not get funded in case you’re a one-trick pony. Who will hand over their pouch of gold nuggets to someone who will ...[Read More]
Accretionary prisms are wedge-shaped bodies of crustal rocks that are commonly known to have formed by accommodating the component of convergence along subduction margins. These prisms, primarily wedge shaped with lateral variations in topographic height from hinterland to foreland are commonly characterised by a gentle and uniform slope towards the frontal margin (for instance, the Himalayan fold ...[Read More]
Postdoc appointments: the forgotten terrace of Purgatory. Where researchers are sentenced to linger till either a position opens in the Heaven of permanent contracts, or they realise that, after all, they are not interested anymore. This terrace is composed of different levels of various length. Nobody knows how many levels there are and how long they are, or should be. Raul asks: What is the idea ...[Read More]
