Discover the latest progress of PASQAL Quantum as Panagiotis Barkoutsos, VP Quantum Algorithms, presents the advancements in quantum technologies. This confidential update highlights the company's achievements in qubit count, global engagements, and their full-stack solution.

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Advancements and potential applications of neural quantum state tomography, aiming to reduce the exponential classical memory required for expressing quantum states. It discusses the benefits of using machine learning techniques to process and analyze quantum data, such as cleaning up states, manipu

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Dive into the world of cryptography, quantum-safe cryptography, and quantum technology as discussed in Maurizio D. Cina's presentation at CYBERDAYS in Prato. Topics include current cryptosystems, post-quantum cryptography, quantum key distribution, and future cryptosystems based on quantum algorithm

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The CERN Quantum Technologies Initiative (QTI) aims to explore the impact of quantum technology on CERN's physics programs. This phase involves identifying key areas for collaboration, conducting scientific investigations, and building quantum capacity. The strategy and roadmap were developed with i

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Exploring the dual dynamics of quantum black holes reveals new perspectives on black hole evaporation. By placing black holes on branes, we can study their classical picture in higher dimensions. This approach provides insights that were previously unattainable, leading to a better understanding of

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This paper discusses near-optimal quantum algorithms for various string problems like exact pattern matching, longest common substring, lexicographically minimal string rotation, longest palindromic substring, and more. It explores quantum black-box models, query complexities, and previous sublinear

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The Quantum Resistant Ledger (QRL) is a visionary blockchain and digital asset security solution designed to counter the emerging threat of quantum computing. With quantum technology advancing and traditional blockchains at risk, QRL offers an industrial-grade, quantum computer-resistant cryptocurre

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Explore the significance of formal verification in quantum cryptography as discussed by Dominique Unruh from the University of Tartu. Understand the challenges, motivations, and current work in verifying quantum crypto protocols, and the potential impact of quantum computers on common encryption met

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Quantum computing revolutionizes information processing by leveraging quantum mechanics principles, enabling faster algorithms and secure code systems. Advancements in quantum information theory promise efficient distributed systems and combinatorial problem-solving. Discover the evolution of quantu

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Near-Optimal Quantum Algorithms for String Problems by Ce Jin and Shyan Akmal presents groundbreaking research on string problem solutions using quantum algorithms. The study delves into various key topics such as Combinatorial Pattern Matching, Basic String Problems, Quantum Black-box Model, and mo

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Dive into the world of quantum mechanics with Dr. N. Shanmugam as he explains the role of operators, their significance in quantum mechanics, and how they are used to determine physical quantities through expectation values. Explore concepts such as the Hamiltonian operator, time-independent Schrodi

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Exploring the quantum nature of electromagnetic oscillations through concepts such as wave-particle duality, quantum harmonic oscillators, photon-number states, coherent light, and squeezed light. Delve into non-classical states, vacuum states, potential wells, and more in the fascinating world of q

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Jury recommendations for the prestigious N.N. Bogoliubov Prize in theoretical and mathematical physics, recognizing outstanding contributions and international cooperation. Nominees include Prof. Dmitry Kazakov for quantum field theory advancements and Prof. Dam Thanh Son for achievements in chromod

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Delve into the fascinating realm of quantum mechanics with Prof. D. M. Parshuramkar as he discusses the contrast between classical and quantum mechanics. Discover how classical mechanics fails to predict the behavior of electrons in atoms and molecules, leading to the development of quantum mechanic

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Explore the fundamentals of Quantum Chromodynamics and Classical Field Theories in this informative lecture, covering topics such as global and local symmetries, Lagrangians, actions, and dynamics. Understand the significance of global and local symmetries in classical field theories, along with exa

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Quantum chemistry plays a key role in determining chemical bonds, phase stabilities, and mineral physics through the study of electron orbitals, quantum numbers, and energy levels. This involves concepts such as the Schrödinger equation, quantum quantities, and the uncertainty principle. The arrang

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This article delves into the intricacies of anti-symmetrized neural quantum states and the application of neural networks in solving for the ground-state wave function of atomic nuclei. It discusses the setup using the Rayleigh-Ritz variational principle, neural quantum states (NQSs), variational pa

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Delve into the intricacies of Quantum Chromodynamics and the concept of effective potential in the context of vacuum physics. Discover how quarks, leptons, photons, W and Z bosons, gluons, and the Higgs boson play crucial roles in shaping the fundamental structures of the quantum vacuum. Explore the

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This presentation discusses the architectural principles of a Quantum Internet, highlighting the need to manage and transmit entangled states. It outlines the challenges and differences between classical and quantum networks, emphasizing the use of entanglements as the basic unit of networking. The

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Quantum wires, quantum dots, and nanowires are essential components in nanotechnology due to their unique properties and applications. Quantum wires are one-dimensional systems with restricted electron movement, while quantum dots are zero-dimensional, limiting electron movement in all dimensions. N

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This document delves into the initialization, read-out, and measurement techniques of 3D transmon qubits as integral components of quantum computing. It covers the underlying principles of superconducting qubits, SRF cavity utilization, and the roadmap for improving quantum memory and coherence time

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Quark Sivers function, a key aspect in quantum chromodynamics, plays a role in capturing orbital angular momentum and spin-orbit coupling. Spin-dependent Odderon, an elusive three-gluon exchange, contributes to cross sections in high-energy collisions. Small-$? TMDs from polarized Wilson lines provi

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Explore the world of quantum photonics with insights into two-qubit photon counters, jointed cavities, qubit pads, and quantum circuit simulations. Ansys simulations and experimental data by researchers Alessandro D'Elia and Claudio Gatti provide in-depth analysis of quantum phenomena. Discover the

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QBism and Convivial Solipsism present different interpretations of quantum mechanics, focusing on the subjective nature of probabilities and experiences within the quantum formalism. QBism emphasizes the subjective interpretation of probability, considering the quantum state as a tool for assigning

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The development of quantum statistics plays a crucial role in understanding systems with a large number of identical particles. Symmetric and anti-symmetric wave functions are key concepts in quantum statistics, leading to the formulation of Bose-Einstein Statistics for bosons and Fermi-Dirac Statis

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Submission discusses the potential impact of post-quantum algorithms on IEEE 802.11 networks, highlighting the necessity to prepare for a post-quantum future. It explores the risks posed by quantum computing to existing cryptographic systems and emphasizes the importance of adopting post-quantum sol

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Understanding the nuclear symmetry energy in the context of Quantum Chromodynamics (QCD) is essential for nuclear phenomenology. This study explores topics such as QCD sum rules, mean field approximation, and operator product expansion to decipher the energy properties of nuclear systems. The resear

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This academic paper explores the impossibility of achieving key agreements using quantum random oracles, discussing the challenges and limitations in quantum communication, cryptographic protocols, quantum computation, and classical communication. The study delves into the implications of quantum ra

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Explore the vulnerabilities of blockchains to quantum attacks and the potential impact of quantum devices on blockchain technologies. Learn about key concepts such as blockchain basics, proof-of-work, quantum computing, quantum computing algorithms, and vulnerabilities like ECDSA and peer-to-peer ne

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Explore the intriguing realm of quantum computing through insightful lectures by Prof. Gil Kalai and Prof. Nadav Katz at the American Physical Society workshop. Delve into the possibilities, failures, and advancements in quantum information science. Join the discussion on the state-of-the-art develo

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Delve into the world of quantum computing through a series of workshops and personal reflections. Explore the intersection of theoretical concepts with practical applications, highlighting the evolving landscape of quantum mechanics. The journey navigates discussions on electron spin, fundamental th

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Exploring quarkonium dynamics in the quantum Brownian regime using non-abelian quantum master equations reveals crucial aspects such as regeneration processes, quarkonia at finite temperature, and distinct regimes based on spectral density and dissociation mechanisms. The study delves into quantum m

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Quantum information and photon polarization are explored in this detailed presentation featuring the ultimate quantum 2-state system. The content delves into the behavior of single photons at a quantum level, showcasing the intriguing properties and implications of quantum superposition in polarizat

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Quantum computing utilizes the principles of quantum mechanics to process information exponentially faster than classical computers. This advancement poses a significant threat to current cryptographic systems, especially those reliant on factors like RSA and Diffie-Hellman key exchange. If large-sc

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Explore the world of quantum computing with this detailed guide covering quantum bits, gates, their applications, and the advancements made in the field. From classical bits to qubits, Bell states, and quantum gates, discover the fundamental principles that drive quantum computing forward.

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Deutsch's Algorithm is a fundamental quantum algorithm designed to solve the problem of determining if a given function is constant or balanced. This algorithm leverages quantum principles such as superposition and entanglement to provide a more efficient solution compared to classical methods. By e

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The discussion explores Weyl quantum mechanics, Bohm's interpretation of quantum potential, and geometric formulations in Euclidean-Weyl space. It delves into the implications of nonlocal quantum potentials and the nature of metric spaces in shaping quantum phenomena. Concluding with alternative vie

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This paper introduces QuMA, a quantum microarchitecture that bridges the gap between high-level algorithms and the quantum physical layer. It defines a multi-layered system stack for quantum computers, focusing on compiler support, quantum error correction, and the need for a micro-architecture fram

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Quantum Mechanics emerged between 1900 and 1930 as a revolutionary theory explaining the behavior of microscopic particles. This article delves into the need for Quantum Physics due to classical mechanics' limitations, focusing on Blackbody Radiation and laws governing it like Wiens Displacement Law

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Quantum error correction and fault tolerance are essential for realizing quantum computers due to the challenge of decoherence. Various approaches, including concatenated quantum error correcting codes and topological codes like the surface code, are being studied for fault-tolerant quantum computin

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