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 E-Mail IMAGE: SEM micrograph of vertically standing, flat micromirror array with an inset of magnified area. Credit: Hillmer et al. view more  Credit: Hillmer et al. Buildings are responsible for 40 percent of primary energy consumption and 36 percent of total CO2 emissions. And, as we know, CO2 emissions trigger global warming, sea level rise, and profound changes in ocean ecosystems. Substituting the inefficient glazing areas of buildings with energy efficient smart glazing windows has great potential to decrease energy consumption for lighting and temperature control. Harmut Hillmer et al. of the University of Kassel in Germany demonstrate that potential in MOEMS micromirror arrays in smart windows for daylight steering, a paper published recently in the inaugural issue of the

Andreas tatzelSapida akhundzadaHarmut hillmerMuhammad kamrul hasanBasim al qargholiUniversity of kasselMustaqim siddi que iskhandarChemistry physics materials sciencesEnergy fuel non petroleumIndustrial engineering chemistryBiomedical environmental chemical engineeringNanotechnology micromachinesResearch developmentமுஹம்மது கம்ருல் ஹசன்பல்கலைக்கழகம் ஆஃப் க்யாயெல்வேதியியல் இயற்பியல் பொருட்கள் அறிவியல்