Quantum Computing

Entering a new paradigm of solutions which allow us to solve highly complex problems. This is the challenge underlying the birth of quantum computers, machines which exploit quantum physics, a science which “breaks” the classical view of the world and attempts to study the smallest building blocks of matter, quanta, to understand how our universe really works.
Quantum Computing allows us to deal with problems which would be prohibitively complex for traditional computers, particularly those of exponential complexity, thanks to qubit technology: the technology underlying our current computers is known as bits (representing the binary states of 0 or 1), while a quantum computer uses qubits, a more complex and real representation which allows the system to carry out calculations which a normal computer could never hope to complete. These systems are not a replacement, but rather something which solves a class of problems in and of itself: if traditional computers were a car, quantum computers would be a ship.

Quantum computers would therefore allow us to take on problems which were previously completely unsolvable, resolving insurmountable complexities and optimizing workflows: chemical and engineering models of materials, artificial intelligence, corporate risk models, financial calculations, and numerical engineering simulations are just some of the fields which are already seeing benefits, thus contributing to improved business performance, decreased emissions and the creation of a powerful tool for Industry 4.0.

There are various techniques through which we can make use of the processing power of quantum computers and develop algorithms. The most promising areas of technology in this regard are:

• Quantum Machine Learning (QML), which makes use of the laws of quantum mechanics to extract value from data and support business solutions guided by data, accelerating artificial intelligence algorithms and making them more accurate;
• Quantum Optimization (QO), optimization algorithms which, combined with the speed of quantum computing, can support complex problems; 
• Quantum Cybersecurity, to improve on current security systems with quantum Encryptors, quantum random number generators, quantum key generators, and in the encrypted communications field;
• Quantum Simulation, simulation algorithms to analyze the properties of molecules and the behavior of chemical reactions useful for developing new materials and pharmaceuticals;
• Quantum Blockchain, post-quantum solutions with symmetric key algorithms with increased key size, for the security of the algorithms and applications in the cryptography field.

In order to apply Quantum Computing across different sectors, it is key to train qualified personnel who can understand and use this highly complex technology in the best manner to allow for the operational development of software solutions.  

Lutech Group, thanks to a dedicated team of experts, can assist companies in any industry in gaining the know-how required to develop applications on quantum computers, an ever-more strategic competitive advantage for development in the scientific and industrial field. Thanks to our partners, we are able to offer all cutting-edge technologies for the implementation of quantum computing projects.

Lutech is also a member of QuIC, the European Quantum Industry Consortium, whose mission is to increase the competitiveness and growth of the European quantum technology industry in order to build a strong and lively ecosystem of companies, start-ups, investors and researchers. Through this partnership it has also been possible to start up specialized training pathways aimed both at the C-Level of large companies interested in learning more about the applications of quantum computing technology and to young graduates who will be the professionals of the future in this field.

Lutech Group’s experiences in the Quantum Computing field include:

• The Executive Workshop "Quantum Computing is coming, and it's reinventing the tech Industry” was held at Lutech Campus. Within the scope of the Lutech Campus Executive Workshop, held in partnership with QURECA, a prestigious scientific organization of Quantum Computing trainers, we analyzed the fundamentals of quantum computing and its formidable ecosystem which differs greatly from the laws of classical physics, and looked together at numerous applications useful for various industrial sectors and critical fields, such as quantum security, with concrete research cases. The target of the event were the C-Level executives of some of our biggest clients, such as Intesa Sanpaolo Rent For You, Humanitas, Nexi, Banca Fideuram, IEO, Credemfactor, Mediaset, Crédit Agricole Italia, ARIA, Carl Zeiss Vision Italia Spa, Vodafone, Edenred Italia, Banca Sella, and UniCredit.
• Alongside Cineca, we held the Practical Quantum Computing School 2022, a digital course to give interested parties and enthusiasts a run-down of the quantum technologies currently most used on the market. Various companies participated in the initiative, each bringing to the table their own knowledge on the topic and tools in use, in a university-like environment.
• The BI-REX consortium is an important partner for Lutech, thanks to which we are carrying out various quantum computing projects with the participation of companies both small and large. We have made available to BI-REX’s users the experience of our experts and a QLM machine which they are able to use to bring their ideas to life.

Security and quantum computing: opportunities for encryption

For some years there has been talk of how the encryption algorithms currently used are at risk due to the development of quantum computers. Encryption algorithms (such as RSA) are based on methods which are essentially impossible for modern computers to crack: the factoring of very large prime numbers, which would take centuries if not millennia for some systems. Quantum computers, on the other hand, are incredibly adept at these kinds of tasks, and recent studies show how some algorithms which are currently widely used could be defeated.
Using quantum computers to develop “quantum-resistant” algorithms or to take first steps towards post-quantum cryptography is increasingly becoming a concrete and necessary requirement: we need to start investing now in prevention and not cure.