Creating and sharing knowledge for telecommunications

Didimo wins a 1.8M€ funding from the European Commission

on 03-10-2019

... Founded by Verónica Orvalho, from IT in Porto and the Faculdade de Ciências of the University of Porto, Didimo received a funding of 1.86 million € under the European Commission´s SME Instrument program. The company will use this funding to increase the team and to put in practice its marketing strategy.

Didimo creates 3D virtual characters from a single photo. In just 2 minutes you have a lifelike avatar that can speak, move, and represent you in a 3D world. With over a decade of high-level research in computer graphic, machine learning and facial animation, this technology, developed in IT by a multidisciplinary team led by Verónica Orvalho, can be used in games, social media, film, AR, and VR. As an example, Didimo´s technology can be used by retail companies to improve their costumer´s online shopping experience. A 3D avatar of the client can wear the clothes, which may contribute to reduce the returns and exchanges requests. For entertainment companies, this technology makes it easier to produce large-scale 3D characters, as “didimos” are able to dynamically reflect five poses and 13 facial expressions. In this market, the IT spin-off already has partnerships with Sony and Amazon.

Photo: Didimo currently has a total of 20 employees, distributed in its offices in Leça da Palmeira (Portugal), Vancouver (Canada) and London (UK).

Quantum Computing: a new tool to investigate elementary particles

on 26-09-2019

... Quantum computing explores the laws of Quantum Physics, to process a new type of bits, quantum bits – or, for short, qubits –, which may be in the state zero and one at the same time. This surprising and counter-intuitive property opens the door to solving extremely complex computational problems much faster. Problems that a classic computer would take many millions of years to solve can be solved in seconds in a quantum computer. Currently, there is an international race for the development of the first quantum processor faster than the best classical super-computers.

Instituto de Telecomunicações, in Lisbon, is leading a new European project that aims to investigate the potential of quantum computing to simulate and analyse data from CERN's particle collision experiments. Project QuantHEP - Quantum Computing Solutions for High-Energy Physics was one of the 12 projects (the only Portuguese) that won the recent European QuantERA call, out of 85 competing projects.

Project QuantHEP is led by Prof. Yasser Omar, a specialist in quantum computing, from the Mathematics Department of Instituto Superior Técnico, at the University of Lisbon, and coordinator of the Physics of Information and Quantum Technologies Group at the national research laboratory Instituto de Telecomunicações, in Portugal. The project’s component on elementary particle Physics is coordinated by Prof. João Seixas, from the Physics Department of the Instituto Superior Técnico and president of CeFEMA, a specialist in the area with vast experience in both theoretical and experimental fields. The project, with a budget of more than 600 thousand Euro, also involves Prof. Simone Montangero from the University of Padova, one of the pioneers in quantum simulation, and Prof. Andris Ambainis, from the University of Latvia, one of the world leaders in quantum algorithmic research.

Dr. Markus Hoffmann, Head of Google's quantum computing partnerships group in Europe and Asia, said: “we are looking forward to support this outstanding team of top European researchers bringing quantum computing to one of the homes of quantum science.''

Prof. Yasser Omar, coordinator of QuantHEP, said: "This is a fascinating project! I had promised myself that I would not coordinate any more projects, but this idea was simply irresistible. It is the seventh European project that our Group has won in the last seven years. And we are eager to start exploring this very exciting new research front with our excellent project partners. Particle physics poses some of the toughest computational problems out there, and we want to find out how quantum computers can tackle them."