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  • Institute of Microelectronics of Barcelona (IMB-CNM)

Welcome to the Institute of Microelectronics of Barcelona IMB-CNM-CSIC

The Barcelona Institute of Microelectronics (IMB-CNM), CSIC, is a well-positioned research center in the development of new Micro, Nano Technologies, Components and Systems. This center is a leader in the application of such technologies to solve social challenges and is aligned with the sustainable development objectives.

IMB-CNM research focuses on basic and applied research and development in micro and nanotechnologies, components and systems. Its lines of research include the entire value chain from the components of detection, power, and actuation, signal transmission and its application to the health and well-being of people, help control environmental conditions, and save and improve efficient management of energy.

News

07 Nov 2020

ENERGIOT finalist in the EDF Pulse Awards 2020

The IMB-CNM's technology-based company, Energiot, is one of the 12 finalists in the seventh edition of the EDF Pulse start-up Awards, organized by the largest French energy company. Energiot has developed autonomous IoT sensors that recharge from the magnetic field around overhead power lines, and collect data from the power transmission grid. These can be used to predict unexpected events and produce detailed maps of power transmission lines. You can vote for Energiot clicking here

30 Oct 2020

IMB-CNM becomes member of the FutuRed Platform

FutuRed, the Spanish Electrical Grid Platform, was created to foster the technological evolution of Spanish electricity transmission and distribution systems in order to promote the technological leadership, the sustainable development and an increased competitiveness. The IMB-CNM has become member through the Power Devices and Systems (PDS) group.

Agenda

Highlights

Multidimensional Anisotropic Architectures on Polymeric Microparticles
J.P. Agusil, M.I. Arjona, M. Duch, N. Fusté, J.A. Plaza

Next generation technologies will require Multidimensional Anisotropic Architectures with tunable physical and chemical intraparticle building blocks combination to meet the demands of high throughput and multiplexing. Here, we report a strategy to integrate a vast number of anisotropic dimensions combining polymer photolithography with (bio)chemical modifications via soft lithography. Our work allows a combination of microparticle traits in a 15-dimensional anisotropic space at the micrometric scale. No current technology provides these degrees of physical, chemical, surface coverage, and surface pattern anisotropies, which can be used interchangeably or in combination; obtaining an innumerable number of engineering microparticles with barcoding capabilities.
Small 2020, 2004691, doi: 10.1002/smll.202004691

Technological development of intracellular polysilicon-chromium-gold chips for orthogonal chemical functionalization
S. Durán et al.

Taking advantage of the ability of microelectronics to manufacture devices under cell dimensions and a large variety of features, we report a technology for the fabrication of multi-material chips as bi-functional cell-internalizable devices. These microtools have a promising future as intracellular functional platforms for biosensing, diagnosis and drug delivery.
Sensors and Actuators B. Chemical, 209, 212-224 (2015)

Increasing the eleastic modulus of graphene by controlled defect creation
Guillermo López-Polín et al.

The presence of lattice defects in graphene might degrade its mechanical properties. We report a study on the elastic modulus and strength with a controlled density of defects. Counter-intuitively, the in-plane Young’s modulus increases with defect density up to 2x the initial value for a vacancy content of ~0.2%.
Nature Physics 11, 26–31 (2015) 

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The IMB-CNM in 2 minutes
https://www.youtube.com/watch?v=DiKq0sdXRp4&t=2s