Get to personally know how the future will be. Our researchers present you with their most promising research lines which help improve quality of life and create jobs, wealth and social and economic development. Today we present you a project that is coordinated from Eduardo Fernández Megía, named Polymer nanostructures for biomedical applications.
read more →The future at the microscope… ADEGA – Enrichment and classification of learning contents
Get to personally know how the future will be. Our researchers present you with their most promising research lines which help improve quality of life and create jobs, wealth and social and economic development. Today we present you with a project undertaken at CITIUS about the enrichment and classification of learning contents.
read more →The future at the microscope… IC-Tagging: a biotecnological tool based on avian reovirus production
You will know firsthand what the future is to be. Our researchers will present their most promising research lines which aim to not only improve quality of life, but to create jobs, wealth, and social and economic development.
read more →The future at the microscope… Design of Rad Hard non volatile Flash memories for spacial applications (SkyFlash)
You will know firsthand what the future is to be. Our researchers will present their most promising research lines which aim to not only improve quality of life, but to create jobs, wealth, and social and economic development. Today we present a european project about design of Rad Hard non volatile Flash memories for spacial […]
read more →The future at the microscope… Planning for Energy Efficient Cities (PLEEC)
You will know firsthand what the future is to be. Our researchers will present their most promising research lines which aim to not only improve quality of life, but to create jobs, wealth, and social and economic development. Today we present a european project about energy efficient.
read more →The future at the microscope… Development of technosoils for their application to civil engineering
Research group: Ambiosol: Physical-chemical cartography of soils and landscapes, degradation and recovery of soils and waters (Department of Edaphology and Agricultural Chemistry) Institution: USC Principal investigator: Felipe Macías Vázquez
read more →The future at the microscope … Development and implementation of new technologies and protocols in the study of fish reproductive ecology
You will know firsthand what the future is to be. Our researchers will present their most promising research lines which aim to not only improve quality of life, but to create jobs, wealth, and social and economic development. Today we present a project coordinated from CITIUS to research the development and implementation of new technologies […]
read more →Looking at the future with a fine toothcomb… development of organic farming: from sustainability to social inclusion
You will know firsthand what the future is to be. Our researchers will present their most promising research lines which aim to not only improve quality of life, but to create jobs, wealth, and social and economic development. Today we present you with a project coordinated by Alberto Cepeda Sáez.
read more →Looking at the future with a fine toothcomb… Development of new thermoelectric materials based on two-dimensional nanostructures
Get to personally know how the future will be. Our researchers present you with their most promising research lines which will help improve quality of life and create jobs, wealth and social and economic development. Today we present you with a project coordinated from CIQUS which investigates the development of technologies that substantially improve the […]
read more →Looking at the future with a fine tooth comb…Designing smart helical polymers with a controlled response to external stimuli
Get to personally know how the future will be. Our researchers present you with their most promising research lines which help improve quality of life and create jobs, wealth and social and economic development. Today we present you with a new project: Designing smart helical polymers with a controlled response to external stimuli
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