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First passage processes and electrostatics
In this talk I will outline the connection between first passage properties of diffusion and electrostatics. I will outline relation between the electric fields and first passage probabilities for the problems in similar geometry, and I will show
Large Deviation Theory and Thermodynamics
A Large Deviation Principle is said to be valid for a stochastic variable, if the logarithm of its probability distribution is extensive in the system size. In that case, equivalents to the equilibrium entropy and thermodynamic potentials can be
Collaborate – D-RES Project
We welcome any interest in the project and encourage anyone who would like to collaborate to get in touch!
Project DIEM delivers STEM workshops | Edinburgh Local | Edinburgh Local
A student-led project is running workshops in local schools to inspire pupils to study science subjects.
Non-Markovian Asymmetric Exclusion Process
Whenever some stochastic process is coarse-grained, the resulting description is usually non-Markovian in nature, i.e., it has some "memory" of the past. I will discuss a Non-Markovian extension to the venerable Asymmetric Exclusion Process (ASE
Frequently Asked Questions | Behavioural Research UK (BR-UK) | Usher Institute
FAQ Guidance for the BR-UK Commissioning Fund
Enhance learning with 23 Things for Digital Knowledge - Media Hopper Create
23 Things for Digital Knowledge (2024) has been created for our new students or those seeking a refresher of the digital tools, software, guidance, and knowledge provided at The University of Edinburgh. The aim is for you to spend a little time each
Teams Webinars | Computing | Information Services
Webinar introduces features including attendee registration and capacity for 1000 interactive and live-streaming attendees or up to 10,000 view-only attendees.
Meet Our Researchers | Behavioural Research UK (BR-UK) | Usher Institute
Find out more about our Early and Mid Career Researchers.
Introduction to Mode Coupling Theory I
Mode Coupling Theory (MCT) proves to be a successful though idealized approach to describe some phenomena related to the glass transition in supercooled liquids. Close to the transition point correlation functions exhibit a stretched-exponential