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theImages[0] = '/images/center_basis_research.jpg'  
theImages[1] = '/images/center_drug_delivery.jpg'  
theImages[2] = '/images/center_hip_implant.jpg'  
theImages[3] = '/images/center_lhc_membrane.jpg'  
theImages[4] = '/images/center_lignin.jpg'  
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imageTitle[0] = 'Energy Solutions from Catalysis Research'
imageTitle[1] = 'Targeted Drug Delivery Systems'
imageTitle[2] = 'Self-Healing Polymers'
imageTitle[3] = 'New Methods for Solar Energy Conversion'
imageTitle[4] = 'Biomass Studies: Growing Energy'
imageTitle[5] = 'Unconventional Superconductors'

imageText[0] = 'Catalysis research revealed the dynamics of surface water on catalytically active nanomaterials (above). Such studies are playing a key role in developing solutions for energy needs, environmental protection, and the problem of global warming.'
imageText[1] = 'Neutron scattering studies reveal how molecules function within solutions at different pH levels (above). Simulating levels present in the human body helps determine how drugs will act when administered.'
imageText[2] = 'Neutron research with polymers is opening up a new field of biologically dynamic materials that can be used for improved antimicrobial agents and medical devices, such as hip implants.'
imageText[3] = 'Neutron research on biomolecules, such as this rendering of a light-harvesting complex, is helping scientists develop synthetic, bio-inspired systems for solar energy conversion. '
imageText[4] = 'The physical structure of lignin (a component of biomass) in aqueous solution was modeled using computer simulation and neutron scattering data. Biomass research can help lower energy costs, reduced dependence on oil, and decrease pollution. '
imageText[5] = 'Landmark research about a newly discovered superconducting material will lead to more efficient, less-expensive products in fields such as energy, medicine, and transportation.'

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imageLink[1] = '<a href="/news/highlights.shtml#TargetedDrugDeliverySystems">'
imageLink[2] = '<a href="/news/highlights.shtml#SelfHealingPolymers">'
imageLink[3] = '<a href="/news/highlights.shtml#NewMethodsforSolarEnergyConversion">'
imageLink[4] = '<a href="/news/highlights.shtml#BiomassStudiesGrowingEnergy">'
imageLink[5] = '<a href="/news/highlights.shtml#UnconventionalSuperconductors">'

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