Tragic events within the school community, such as an unexpected death, or a catastrophic disaster, have significant potential to not only adversely impact academic achievement, but also to inflict pain, turmoil, confusion, and heartache on both students and staff. With this recognition, the primary purpose of this two-day course is to introduce a flexible proactive Traumatic Event Crisis Intervention Plan (TECIP)® that can be readily implemented following exposure, either directly or indirectly, to a traumatic event. No, though if you don’t want to soften your butter, you should rub the butter into the other ingredients instead of mixing it into the sugar.

EXAMPLE: It’s Tuesday evening and you are informed that one of your students is tragically killed in an automobile accident.

optical communication networks through the use of photonic technologies, also in the fields of sensors and biophotonics;

Heat the oil in a large pan and brown the sausages for a few minutes. Stir in the Cajun seasoning and onion, and cook for 2 mins. Once you’ve added the flour, go easy on the dough (feel free to beat the butter and sugar together really well though). Only mix as much as is needed to incorporate the flour into the butter mixture – this is best done by hand as it’s easy to over process the dough when using an electric mixer. The dough should be quite crumbly. For the buttercream icing, beat the butter in a large bowl until soft. Add half the icing sugar and beat until smooth. Turn off the oven and let the bird rest in the residual heat for at least 10 minutes. Remove from the oven, then carve.Both work, it depends what you want to achieve. When using a biscuit cutter you always cut the dough before baking (and in this recipe the dough is cut into rectangles first), but there will always be a little spreading as the dough cooks. Change up the frozen veg to suit your family’s taste – sweetcorn, mixed peppers or sliced green beans are all great options. Graphene-enabled photonic devices offer several advantages. They absorb light from ultraviolet to the far-infrared—this allows for ultra-broadband communications. Graphene devices can have ultra-high mobility of carriers—electrons and holes—enabling data transmission that exceeds the best performing ethernet networks, breaking the barrier of 100 gigabits per second. The unfortunate truth is that too many schools wait for a traumatic event to occur before seeing the need for a sound aftermath plan.

In another publication in Nature Communications, researchers from Graphene Flagship partners CNIT, Istituto Italiano di Tecnologia (IIT), in Italy, Nokia—including their teams in Italy and Germany, Graphene Flagship-linked third party INPHOTEC and researchers at Tecip, used this approach to demonstrate a practical implementation: "We used our technique to design high-speed graphene photodetectors," says Coletti. "Together, these advances will accelerate the commercial implementation of graphene-based photonic devices," she adds. Then add the remaining icing sugar with one tablespoon of the milk, adding more milk if necessary, until the mixture is smooth and creamy. Add the food colouring and mix until well combined. Scientific and technological research has an interdisciplinary character and is developed inside Laboratories, equipped with the utmost leading edge instruments and technologies. The around 300 professors and researchers can count upon an annual budget of more than 10 million euro to develop their research activities, with the main objective of leading the innovation to an extent of technological development to be used on field. Frank Koppens, Graphene Flagship Leader for Photonics and Optoelectronics, says: "This is the first time that high-quality graphene has been integrated on the wafer-scale. The work shows direct relevance by revealing high-yield and high-speed absorption modulators. These impressive achievements bring commercialisation of graphene devices into 5G communications very close." The recent Quality of Research Evaluation (VQR), run by the National Agency for University and Research Evaluation (ANVUR), located the TeCIP Institute in 1st position in the national ranking for the Industrial and Information Engineering, among medium-sized departments.Reducing the energetic demands of telecom and datacom is fundamental to provide more sustainable solutions. At present, Information and communication technologies are already responsible for almost 4% of all greenhouse emissions, comparable to the carbon footprint of the airline industry, projected to increase to around 14% by 2040. "In graphene, almost all the energy of light can be converted into electric signals, which massively reduces power consumption and maximizes efficiency," adds Romagnoli.