A brief description of the factors which are involved in simulating various effects in tissue engineering research.

How do we choose the right materials for tall buildings?

Test

A research group provide details of their work in helping wounds to heal by developing polymers that will reduce the bacterial infections

A demonstration of how using crisp packet manufactiring techniques can help prouduce cheaper solar energy.

The environmental science of nanosilver

Functional nature of mycorrhizal-like symbiosis in a liverwort

An overview from a master's student

Why altruism is necessary for survival

Professor Sir Harry Kroto shows local schoolchildren in Sheffield how to build a buckyball

Staff and students at the University of Sheffield ask the Nobel Prizewinner about his life, work and science

Research staff explain how they are developing nerve guidance channels for repairing peripheral nerve injury

Discusses the research into proxy war and how it differs to normal war

How to set groundrules as part of classroom management

Professor Banwart talks about the crucial challenge for the SoilTrEC project is to understand the rates of processes that dictate soil mass stocks and their function within Earths Critical Zone (CZ)

How can we improve nerve regeneration after trauma?

Does the anatomical source of fibroblasts affect their behaviour within a 3D composite model of oesophageal adenocarcinoma invasion?

A panel of 3 academics answer questions from school-children about their lives and research

A survey of this useful technique

Overview of research that seeks to find a better intervention to correct a cleft palate

Adam looks at the issue of how we can reclaim water that has been lost due to rivers being culverted in the past.

Can we achieve all of our  social, economic and environmental goals in urban river corridors?

Professor Banwart talks about the crucial challenge for the SoilTrEC project is to understand the rates of processes that dictate soil mass stocks and their function within Earth's Critical Zone (CZ).

Presentation of encouraging research being carried out at the Kroto Research Institute

Multiferroic Ti-doped Bi1-x Ndx FeO3 ceramics

Specifically in the Santa Catalina Mountain Critical Zone Observatory, Arizona

The challenge of tissue-engineering - a repair material for use in pelvic floor surgery

How do cells communicate with each other?

How can we make early detection of bacterial wound infection easier.

Sheila MacNeil outlines an interesting technique.

How we can use the Raman spectra of bacteria on nano particles

Repairing damaged nerves

Stimulating bone cells to combat bone cell loss

John Rodenburg looks at novel ways of capturing highly enlarged images without the use of conventional lenses.

Developing river environments for social use

How microscopy is used to improve materials

Delivering medicine doses using 'magic bubbles'

Using microorganisms to clear pollution.

How we are affected by the very widespread manifesations of diffraction.

John talks about diffraction and the limits it puts on our ability to image atoms. Can we make an electron-microscope without lenses?

This research is about developing a computer modelling tool to help manage surface water flooding.

Biological weathering and how this leads to soil formation

A novel method of guiding nerve growth after accidents and traumas. Microscopic magnetic beads can be used to give direction to nerve re-growth.

Ruth describes a variety of ways of testing medical procedures and responses to drugs without using humans by examining the limits of scientific research and exploring the benefits of using model organisms.