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Open access policies | School of Philosophy, Psychology & Language Sciences | School of Philosophy, Psychology and language sciences
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Practical Information | 33rd European Symposium on Applied Thermodynamics 2024
will put you in a waiting list in case anyone cancels.
Speed limit and Landauer's bound
Landauer's bound represents the minimum thermodynamic cost of erasing a single bit of information. However, as this bound is only achievable in quasistatic processes, finite-time operations inevitably incur additional energetic costs. In this talk,
Using Light to Control Bacteria
By applying light patterns to bacteria which are genetically modified to have a light-dependent swimming speed [1], we can create spatial bacterial patterns, since the bacteria swim out of the light regions and aggregate in the dark regions [2]. We
Random walks and kernel methods
I will present a method of tackling a class of 2-D random walks. Using an example of a 2-D walker with 3 possible movements, I will outline a derivation of the full generating function for paths of various lengths and initial conditions, starting
University-supported project will help local green spaces thrive | Sustainability | Social Responsibility and Sustainability
A collaboration between The City of Edinburgh Council, the University of Edinburgh and other local partners will enhance green spaces for the benefit of local people and the environment.
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Study and Work Away - latest developments | Edinburgh Global | Global
The Study and Work Away Service (SWAY) supports a range of student mobility opportunities for our student community. Here, we share a round-up of updates, new services, recent support activities and student feedback.
E.V.A Biosystems | Entrepreneurship | Bayes Centre
Venture Builder Incubator Cohort 2.0 (2022) Alex Speakman, founder of E.V.A Biosystems, is combining his expertise in bioengineering with his concern for the environment to help tackle the global plastic crisis.
Pattern formation in active gels
Active systems are example of nonequilibrium systems being studied most recently. The constant energy input from the particles (rather than the boundaries) forces the system out of equilibrium. Examples of these systems are bacterial suspension,