Innsbruck, Austria and Pozna, Poland-Das joint companies Eurohpc (Eurohpc Ju) opened Piast-Q, a quantum computer from 20-qubit prisoners, in the Pozzaskie Centrum Centrum Superkomputerowo-Sieciowe (PCSS) in the Poland The Strudhöh and the Strudes of the Strudes of the Strudes of the Strudes of the Strudhöhe, June 27, on June 27th. Represents the first quantum computer in Poland and the initial provision in a planned portfolio of eight quantum computers across Europe using six different quantum technologies. The inauguration means a concerted European effort coordinated by EUROHPC JU to create a leading position in quantum computers and artificial intelligence, with the existing supercomputing infrastructure and research networks such as pioneer and gant.
The European quantum infrastructure takes shape
The inauguration of Pist-Q in Poznan, Poland, is a concrete progress in the development of the European quantum infrastructure. The 20-qubit system is the first quantum computer located from the Eurohpc JU in Poland, which is located by the Pozna Supercomputing and Networking Center (PCSS) with technological support for Alpine Quantum Technologies (AQT) (AQT) (AQT) (AQT) (AQT). The machine uses the captured ion technology, a modality that has been selected for its potential in order to be allocated and long coherence times for delivery-critical factors in minimizing arithmetic and maintaining the integrity of quantum calculations.
The architecture of Pist-Q offers a comprehensive qubit connectivity and enables every qubit to interact directly with everyone else, a function that simplifies the implementation of the complex algorithm. The design prioritizes seamless integration into conventional IT infrastructure, a pragmatic approach that is intended to facilitate acceptance by researchers and industry users. The connectivity of the system with the Pionier National Research Network as well as with the GANT network ensures access to a wide range of potential users.
The procurement of Pist-Q is part of a wider EUROHPC-JU initiative to build a diverse portfolio of quantum computer technologies across Europe. This strategy includes six different technologies, including superconducting circuits and photonics, which reflects recognition that not a single approach dominates the field. The EuroHPC JU has already procured ten supercomputers with three-Jupiter, Lumi and Leonardo with the most powerful systems in the world that show an engagement for high-performance computing that extends to the emerging domain of the European Quantum Computing.
The establishment of thirteen AI factories all over Europe and the quantum computer initiative indicates a deliberate strategy for promoting synergy between artificial intelligence and quantum technologies. This coordinated approach aims to position Europe as a leading force in both areas and to use the potential of the quantum calculation in order to accelerate progress in artificial intelligence and related applications.
System specifications and skills
The technical specifications of Pist-Q concentrate on the implementation of Quantum computing with enclosed ions. This technology uses individual ions – electrically charged atoms – held in place and manipulated by electromagnetic fields. Quantum information is coded in the internal conditions of these ions and provide high -loyal and long coherence times – critical factors in minimizing calculation errors and maintaining the integrity of quantum calculations.
The architecture of Pist-Q offers comprehensive qubit connectivity and distinguishes it from some other quantum computing approaches. This function enables a direct interaction between two quBITs without the need for a complex qubit routing, the algorithm design simplifies and possibly improves the arithmetic efficiency. Seamless integration into the conventional IT infrastructure is achieved by standard network protocols and interfaces, with which researchers can access and use in addition to existing high-performance computing resources on the quantum computer.
Pist-Q is part of a wider Eurohpc Ju strategy to diversify quantum computing modalities across Europe. The procurement of systems based on six different technologies – comprehensive ions, superconductive circuits and photonics – recognizes the current lack of a clear technological leader and aims to promote innovations across several approaches for the European Quantum Computing. This diversification is intended to reduce the risk and ensure that Europe benefits from progress in the technologies, which ultimately prove to be the most scalable and effective than most effective.
Important organizations involved
The EUROHPC company (EUROHPC JU), founded in 2018, serves as the main coordination authority for European high-performance computer initiatives. In addition to the procurement of quantum computers, the organization has already commissioned ten supercomputers, including Jupiter (Germany), Lumi (Finland) and Leonardo (Italy), all of which are among the most powerful systems in the world. This earlier success shows that the ability of EUROHPC JU to manage large, complex technological projects and underlines their commitment to maintaining European leadership in the progressive computer. The monitoring of the thirteen AI factories by the company also underlines a strategic emphasis on synergistic development between quantum technologies and artificial intelligence.
The Pozna Supercomputing and Networking Center (PCSS) offers three decades of experience in building and maintaining e-infrastructures for scientific research. The participation in over 270 projects of the European Union shows a proven track record of successful cooperation and implementation in complex multinational initiatives. The role of PCSS goes beyond the simple hosting of Pist-Q. It actively operates and maintains the system and ensures ongoing availability and performance for the broader research community.
Alpine Quantum Technologies (AQT) specializes in the development and construction of quantum computers on ionenfalle. AQT uses decades of experience in quantum information processing and offers core technology specialist knowledge, the pist-Q. The company's focus on the development of quantum computers that can be operated by standard PCs and laptops reflects a pragmatic approach to accessibility and user -friendliness that aims to reduce the entry barrier for researchers and developers that examine the quantum algorithms.