Catégories
Cancer: how tumours arise and spread, and how they are treated by drugs, radiation and surgery.
The software layer that schedules processes, manages memory and mediates access to hardware.
How an organisation actually produces and delivers: capacity, scheduling, inventory, quality, and the queues nobody wanted.
Mathematical methods for deciding how to run things: scheduling, routing, queueing, and allocation under constraints.
Linear operators on function spaces, their spectra, and the algebras they generate.
The eye and its diseases, medical and surgical: cataract, glaucoma, retinal disease, and the correction of vision.
The behaviour of light and its interaction with matter, from geometrical ray tracing to lasers.
Finding the best element of a set under constraints: linear, convex, and discrete programming.
Recording and interpreting first-hand spoken testimony, and reckoning with what memory does to it.
The chemistry of carbon-based compounds and the reactions that build and transform them.
The organisation as such: why it exists, how structure and environment shape each other, and how institutions and fields form around it.
People inside organisations: motivation, teams, leadership and the everyday behaviour that formal structure does not predict.
Compounds with a bond between carbon and a metal. The overlap of organic and inorganic chemistry, and the source of most industrial catalysts.
The study of birds: their behaviour, migration, song, and the long tradition of field observation behind all three.
The musculoskeletal system: fractures, joint replacement, spinal disease, and the repair of what movement wears out.
Ear, nose and throat: hearing, balance, the airway, and the surgery of the head and neck.
The fossil record of human ancestry: the hominin species, when they lived, and what their bones and tools say about how they became us.
Climate before instruments, reconstructed from ice cores, tree rings, sediments and corals. It is what gives the present-day record something to be compared against.
The history of life read from fossils: what lived, when, and how the record of it ended up in the rock.
The study of parasites and the relationship with their hosts, from protozoa and helminths to the diseases they carry.