nokia quantum computingPosted by: | Posted on: November 27, 2020
It’s computationally easy and leads to strong keys since accurately guessing the key is quite difficult. Nokia Foundation award to Mikko Möttönen for quantum computing research. When data is compromised it’s costly and disruptive, resulting in lost revenue and damaged credibility to users and network operators alike. He is the Director of the Aalto Bachelor’s Programme in Science and Technology and the Head of its Quantum Technology major. (Tech), Professor of Quantum Technology at Aalto University and VTT Technical Research Centre of Finland, has persistently carried out research that is now being utilized in the development of commercial quantum computing. Recent innovations have paved the way towards the development of commercial applications of quantum computing, one of the most significant emerging research areas in ICT, expected to revolutionize traditional electric communications and computing. Continued evolution of powerful quantum computers has led government agencies to raise the cryptographic bar. (Tech), Professor of Quantum Technology at Aalto University and VTT Technical Research Centre of Finland, has persistently carried out research that is now being utilized in the development of commercial quantum computing. He also serves on the board of directors of the Rural Telecommunications Congress and the non-profit OpenCape Corporation. The awardee, Mikko Möttönen, D.Sc. Nokia Foundation award given to Mikko Möttönen for quantum-computing research Nokia Foundation has granted its 2020 Recognition Award to Mikko Möttönen, Professor of Quantum Technology at Aalto University and VTT Technical Research Centre of Finland, for his contributions to quantum computing research. I can’t wait to see what it turns out to be, especially in Finland, where, over the decades, we have been able to develop a unique ecosystem,” said Mikko Möttönen. Symmetric key algorithms utilize a two-way transfer function and a random number generator for key creation. Data in-flight across optical networks is no exception. Get the latest news from Nokia delivered straight to your inbox. The best defense-in-depth approach is one that combines technologies such as encryption, intrusion detection, a trusted supply chain, network element management protection and other best practices. Nokia Foundation award to Mikko Möttönen for quantum computing research. Born in 1980, Möttönen completed his doctoral degree in 2005. Nokia Foundation has granted over 1,800 scholarships and other grants during its 25-year existence. This is very significant, not just because it’s certified at the highest possible level, but also because it’s the only solution of its kind that is certified. This approach also creates a single point of trust, minimizing key exposure to potential theft while also making it easier for the operator to consistently enforce policies. 200 days to General Data Protection Regulation: Are you ready? It’s impossible to predict where an attack may hit or how it will be executed. In raising the bar to this new level of security it’s our hope that the industry follows closely behind. Attacks can take many forms including: Protection against multiple threats requires multiple barriers. With processors that could work millions of times faster than the ones we use today with classical computing, the need for more robust encryption standards becomes paramount. When data is compromised it’s costly and disruptive, resulting in lost revenue and damaged credibility to users and network operators alike. Nokia Foundation promotes and supports Finnish scientific development and education in the fields of information technology, telecommunications and related scientific disciplines. Möttönen is a Professor of Quantum Technology at Aalto University and VTT Technical Research Centre of Finland, the leader of the Quantum Computing and Devices group at Aalto University, and a co-founder of the quantum computer company IQM. With technology constantly evolving, and potential quantum computer attacks on the horizon, solutions need to keep ahead of threats. His research focuses on the use of superconducting electric circuits in quantum technology, especially in quantum computers. (Tech), Professor of Quantum Technology at Aalto University and VTT Technical Research Centre of Finland, for his contributions to quantum computing research. Data encryption scrambles data into unrecognizable streams that can only be unlocked by the intended recipient holding a valid key. Visit us or click here to learn more! Much like a door lock, encryption keys must be of high quality and strength, making it difficult for enemy computers to try all possible key combinations. Nokia Foundation provides scholarships and awards for this mission. “Quantum computing is an emerging breakthrough technology that will impact the principles of information and communication technologies in the coming years. Möttönen has also significantly influenced the education in this field. The awardee, Mikko Möttönen, D.Sc.
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