News Graphenea Europe

The multitude of unprecedented and useful properties of graphene have applications that span across construction, telecommunications, aerospace, energy, sensing, and many other industries. Because of the 2D geometry of graphene, the electrical, optical, chemical and mechanical properties of the material can easily be tuned by modifying the environment, because each atom in the graphene lattice is...

Heterostructures of graphene and other 2D or ultrathin materials have potential applications in sensing, electronics, and battery technology. For example, graphene transistors encapsulated with alumina (Al2O3) are of interest for flexible electronics, and graphene/metal oxide heterostructures are widely used in lithium ion batteries. The mechanical strength, properties and stability of these...

Collaboration Aims to Develop a New Class of Miniaturized Optical Gas Sensors on a Chip, Enabling Low-Cost Distributed Sensing Nodes for the Internet of Things

Stockholm, Sweden – Feb. 21, 2019 – Senseair AB, AMO GmbH, KTH Royal Institute of Technology, Oxford Instruments Plasma Technology Ltd, Graphenea Semiconductor SL, Universität der Bundeswehr München, Catalan Institute of Nanoscience and...

Graphene research highlights of 2018 included applications in chemical sensors, advanced uses of mechanical properties of graphene, and high frequency uses such as ultrafast graphene transistors and optical communications.

Trace detection of harmful chemicals has been a target application of graphene from the onset of applied graphene research. Last year, MIT and Graphenea have developed an array...

Data traffic has exponentially grown over the past 25 years. The mobile communications market and the Internet of Things are expected to continue driving this growth, with 5G communication technology expected to demand bandwidths that are considered enormous by today’s standards. Integrated photonic chips that are to enable continuing growth are thus facing tough demands, requiring the use of...