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This was a joint project with Cambridge and Transport for London to create, test and deploy an overheight system for the prevention of bridge and tunnel strikes using a vision-based approach. The result is a high accuracy system that cost an order of magnitude less than current state of practice. Other partial funding came from Cambridge Centre for Smart Infrastructure and Construction (CSIC) for

Sphere Fluidics is a spin-out from the Department of Chemistry. The company is developing water droplets that serve as 'miniature test tubes'.

Even in his past lives, the Buddha's wisdom was unmatched. How will he fare against a simple wooden stick that the king sends to test him? Researcher: Charles Li Department: Faculty of Asian and Middle Eastern Studies Film maker: Eleonora Mignoli

Read more about study at Cambridge - https://bit.ly/CambUGstudy Find out what makes teaching at Cambridge so special. - Supervisions provide the opportunity to explore your subject more deeply, discuss your own work and ideas, and receive regular feedback. As they aren’t assessed, supervisions provide the ideal environment for you to test your ideas and interests, while encouraging you to

An introductory talk describing the exchange of wealth as analysed by social anthropologists

Towards the unification of the behavioural sciences Professor Herbert Gintis (New Mexico, USA / Budapest, Hungary) Summary: Despite their distinct objects of study, the human behavioural sciences all include models of individual human behaviour. Unity in the behavioural sciences requires that there be a common underlying model of individual human behaviour, specialized and enriched to meet the

A Venezuelan pitcher plant uses wettable hairs to make insects slip into its deadly traps. An insect-trapping pitcher plant in Venezuela uses its downward pointing hairs to create a 'water slide' on which insects slip to their death, new research reveals. Hairs on plants, called trichomes, are typically used to repel water. However, the Cambridge researchers observed that the hairs on the inside

A ground-breaking imaging system to track malarial infection of blood cells in real time has been created by researchers at the University of Cambridge. Malaria is caused by Plasmodium falciparum parasites transmitted to humans through the bites of infected mosquitoes. The researchers have focused on a mysterious step in the life cycle of the parasite occurring inside the infected human's

In combining theory and experiments, we should have two objectives in mind. The first objective is to confront the theory with some data to see whether the theory is at all consistent with the behavior exhibited in the laboratory. Clearly, there is much that can be learned about the theory from the data, quite apart from any notion of "testing" the theory. We hope to learn whether the theory is