Institute for Complex Systems Simulation An EPSRC Doctoral Training - - PowerPoint PPT Presentation

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Institute for Complex Systems Simulation An EPSRC Doctoral Training - - PowerPoint PPT Presentation

Institute for Complex Systems Simulation Institute for Complex Systems Simulation An EPSRC Doctoral Training Centre Seth Bullock Institute for Complex March 18 th 2009 Systems Simulation Institute for Complex Systems Simulation A Systemic


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Institute for Complex Systems Simulation

Institute for Complex Systems Simulation

Seth Bullock March 18th 2009

An EPSRC Doctoral Training Centre

Institute for Complex Systems Simulation

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A Systemic Century

20th Century 21st Century

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E.g., Systems Biology

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Complex Systems Science

“I think the next century will be the century of complexity” – Stephen Hawkins.

The Orthodoxy: Reductionism...

  • isolate parts and understand them separately
  • systems are typically the sum of these parts

Complex Systems Science:

  • consider parts together and in place
  • aggregation is not merely “summing”

Target: understanding system organisation

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Complex Systems Science

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Systemic Questions

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The Synthetic Method

? 

7

...perhaps inside a computer.

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  • Micro-simulated Traffic: “a better, and „purer‟,

representation of actual driver behaviour”?

  • In silico Oncology: “multi-scale, 4-dimensional,

patient-specific computer simulation models of the biological behaviour of malignant tumours”

  • Homeland security: in 2002 the US invested $1bn in

realistically simulating battle conditions.

  • + Drug Testing, Climate Change, Financial Prediction...

Should we trust them? How can we guard against hubris?

“Artificial Worlds”?

Increasingly, science is being carried out within larger and more complex “artificial worlds”.

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Models, models...

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ICSS

Interdisciplinary Research EPSRC-funded PhD Programme ECS, Engineering, Maths, Physics, Chemistry, Biology, Geography, Earth Sciences, Medicine, Civil Engineering

Airbus, BAE, BT, CCG, DfT, Eurobios, Hitachi, IBM,Met Office, MoD, Microsoft, NAG, Rolls Royce, Telecom Italia, TRL, Unilever, …

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Collaborative Research: Biofilms

Confocal Microscopy Experiments MRSA Bioremediation Biofuels Climate Processes Maths Theoretical Biology Simulation Complexity Science Plasmids, DNA Major Evolutionary Transitions Multicellularity Self-organisation

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PhD Programme

Post-PhD Year 1 Year 2 Year 3 Year 4

Taught Component

Primers Secondment

Research Component Additional/ Optional

  • 4-year programme: taught training in skills, concepts, tools…
  • …followed by three years of doctoral research
  • £16k stipend, industrial secondments, follow-on fellowships
  • 20 students per year for the next five years
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Breadth

Core: Complexity, Mathematics, Simulation Physical Systems: Quantum Chromodynamics, Turbulence, Functional Nanodevices Biological Systems: Evolution and Ecology, Biomedical Systems, Biomolecular Organisation, Nanoscale Assemblies Environmental Systems: Climate, Transport, Ecosystems Socio-Technological Systems: Value-Driven Design, Pervasive Computing, Massive Multi-Agent Systems

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Depth

  • 60+ Academics … from across 10 UoS Schools
  • Menu of 40 taught module options

– From Climate Dynamics to Advanced Quantum Physics

  • 100+ PhD Titles

– dynamic road pricing, viral self-assembly, models of wound healing, biodiversity, dragonfly-inspired UAVs, open information systems, RNA computing, heart-rate variability, gene therapy vectors, spintronic nanostructures, 3D biomimetic structures, sustainability

  • 20+ External Partners

– including multinationals and SMEs from across multiple sectors, boutique complexity companies, and government departments.

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From Toys to Tools

Hamilton (1936-2000) Maynard Smith (1920-2004) Babbage (1791-1871) Von Neumann (1903-1957) Turing (1912-1954)

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Thankyou

ICSS

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