Publications listing
A listing of all IOP publications from 2007 to 2012, and older important publications
2012
- Statistical Report: Physics Students in UK Higher Education Institutions
- Statistical Report: Research Income of Physics Cost Centres in UK Higher Education Institutions
- Bibliometric evaluation and international benchmarking of the UK’s physics research
- Love Physics – Pass on the Passion and Teach
- Statistical Report: Academic Physics Staff in UK Higher Education Institutions
- Collaborative yet independent: Information Practices in the Physical Sciences
- Pocket Physics
- The classroom and beyond
2011
- From science to business
- Learning to Teach Physics
- Moving on: The Physics PhD Student’s Guide to Boosting Employability
- The engineer’s assembly kit for building brains
- Physics on course
- The age of the qubit
- Mind the gap
- PhysicsWorks : How physics is driving the computer games industry
- For physics, For physicists, For all
- Physics in Action
- A Guide to Good Practice in Public Engagement with Physics
- Mapping the Future
- Supporting Physics in Business
- Graphene: A new form of carbon
- Neutron scattering case study
- Radar case study
- Synchrotron light case study
2010
- The Institute of Physics’s manifesto for the 2010 UK General Election.
- Survey on Childcare report
- Exoplanets – The search for planets beyond our solar system
- Nuclear physics and technology – inside the atom
- Survey of Academic Appointments in Physics 2004-2008
- Women in University Physics Departments: Statistical Digest 2010
- Promoting physics, supporting physicists
- Physics in a changing world
- Follow-up Study of the Finances of Chemistry and Physics Departments in UK Universities
- Engaging with Girls – an action pack for teachers
- Girls into Physics: Action Research - A practical guide to developing and embedding good classroom practice
- Exploring Physics, Uncovering Choice
- A guide to the Higher Education and Research department
- IOP Diversity and Inclusion Programme Strategy 2010 and beyond
2009
- Geoengineering: Challenges and global impacts
- Optics and photonics: Physics enhancing our lives
- Physics for an advanced world
- Particle physics – it matters
- Project Juno
- Science, Technology and Innovation for Poverty Reduction
- Space: Exploration and exploitation in a modern society
- Physics on Course
2008
- Visions 21: Metamaterials
- Visions 22: T-rays
- MRI and the Physical Agents (EMF) Directive
- The Role of Physics in Improving the Efficiency of Electricity Generation and Supply
- Why choose physics and chemistry? The influences on physics and chemistry subject choices of BME students
- Fusion as an Energy Source: Challenges and Opportunities
- Research Fields in Physics
- Access for all: A Guide to Disability Good practice for University Physics Departments
- Engineering life: The emerging field of synthetic biology
2007
- Visions 20: Solar energy conversion
- Physics for future technology: Condensed matter
- The future for nanoscience and nanotechnology
- UK Long-term Nuclear Waste Management: Next Steps
- Masters Degrees in Physics and Related Areas 2007
- Public Perceptions of Physics
- Women in University Physics Departments: Statistical Digest 2007
- Physics and the UK Economy
- Physics and the Irish Economy
- Physics and the Scottish Economy
- Climate change prediction: a robust or flawed process?
- Carbon capture and storage
2006
- Study of the Finances of Physics Departments in English Universities
- Representation of Ethnic Groups in Chemistry and Physics
- International Perceptions of UK Research in Physics and Astronomy 2005
- Girls in the Physics Classroom
- Girls in the Physics Classroom: A Teachers’ Guide for Action
- Women in University Physics Departments
2005
- The Economic Benefits of Higher Education Qualifications
- The Role of Physics in Renewable Energy RD&D
- Climate Change Prediction
- Survey of Academic Appointments in Physics 1999-2004
2004
2001
2000
Older visions papers
- Visions 1: High intensity lasers
- Visions 2: Quantum information
- Visions 3: Exotic nuclear beams
- Visions 4: Physics and finance
- Visions 5: Spintronics
- Visions 6: The Large Hadron Collider
- Visions 7: Particle accelerators
- Visions 8: Flat screen displays
- Visions 9: Superconductivity
- Visions 10: Gravity waves
- Visions 11: E-science
- Visions 12: Photonics
- Visions 13: Mege-telescopes
- Visions 14: Technological plasmas
- Visions 15: Seeing with neutrons
- Visions 16: Bose-Einstein condensates
- Visions 17: Free electron lasers
- Visions 18: Magnetic resonance imaging
- Visions 19: Dark energy