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Figure 1a: Schematic illustration of the experimental set-up for surface plasmon resonance microscopy. A polarized laser beam is directed onto a gold-coated glass coverslip through an oil-immersion objective to create SPR on the gold surface, which is imaged with a CCD camera. 1b: From the bottom up, examples of bright-field, fluorescence (FL) and SPR images, respectively.

Figure 1a: Schematic illustration of the experimental set-up for surface plasmon resonance microscopy. A polarized laser beam is directed onto a gold-coated glass coverslip through an oil-immersion objective to create SPR on the gold surface, which is imaged with a CCD camera. 1b: From the bottom up, examples of bright-field, fluorescence (FL) and SPR images, respectively.

Crystal structure of the copper capsule

The nuclear magnetic resonance apparatus - developed by the University's Department of Physics and Astronomy - will allow for further developments and new applications for nanotechnology which is increasingly used in harvesting solar energy, computing, communication developments and also in the medical field.

The image shows calibrated radiances produced by RAL Space for the shortwave (SW) channel which measures reflected sunlight and its total channel sensitive to all outgoing energy from thermal emissions by the earth and reflected sunlight. These observations allow reflected shortwave and emitted long-wave fluxes to be calculated that are then used by scientists for studying climate.

Their proposed approach offers a better control over the type and quality of the resulting products as the involved laser processing is handled in a more facile manner.

Regarding the shortfall in the forest resources, cylindrical trees in particular, this wood composite product can serve as a replacement for plywood and is predicted to have various applications in interior designs of the buildings, household appliances, packaging boxes, ceilings and roofs, gym flooring, etc.