Article Introduction：Quantum computing is revolutionizing the way we process information, leveraging the principles of quantum mechanics to perform calculations at unprecedented speeds. At the heart of this technology are qubits, the quantum analogs of classical bits. U

2024-11-17 comment 0  811

Article Introduction：Editor | KX Previously, the Fermion Neural Network (FermiNet) developed by Google DeepMind researchers was very suitable for modeling the quantum ground state of a large number of electrons. FermiNet initially focused on the ground state of molecules. But when molecules and materials are stimulated by large amounts of energy, such as when exposed to light or high temperatures, electrons can be kicked into a higher energy state - an excited state. Excited states are important in fields such as physics and chemistry; however, scalable, accurate, and robust calculations of excited state properties from first principles still face important theoretical challenges. Now, DeepMind researchers have developed a new method for calculating excited states that is more powerful and versatile than previous methods. This method can be applied to any

2024-08-23 comment 0  1202

Article Introduction：Quantum computing use cases in supply chain operations can handle complex, impossible variables in highly accurate decision-making models. This ability to harmonize data from various sources facilitates optimized resource management and logistics in the supply chain. The power of quantum computing applied to solve complex challenges will transform various industries, finance, pharmaceuticals, oil and gas into manufacturing. The benefits of quantum computing use cases are endless, they are faster and safer. Although quantum computing remains largely untested, its potential has captured the imagination of industries ranging from financial services to logistics. By optimizing energy and logistics planning, quantum computing can increase sustainability within supply chains while saving time and money. While technology continues to improve to maximize value, technology companies have provided insights into QC

2023-04-08 comment 0  1057

Article Introduction：Analysis of mall shopping cart quantity modification processing developed using PHP Summary: The shopping cart is one of the essential functions in the e-commerce platform, and modifying the quantity of items in the shopping cart is a common operation. This article will discuss how to handle quantity modifications in a mall shopping cart developed using PHP and provide code examples. Introduction: In e-commerce platforms, the shopping cart is a place where users temporarily store the products they want to purchase. Users can view selected products, modify the quantity of products, and delete unwanted products in the shopping cart. Among them, for goods

2023-07-02 comment 0  1580

Article Introduction：Determining Physical Processor/Core CountFor optimal performance, multithreaded applications require a precise count of physical processors or...

2024-11-01 comment 0  603

Article Introduction：As an emerging technology, quantum computing has great potential to revolutionize computing and information processing methods. Among them, python, as a widely used programming language, has gradually become an important tool in the field of quantum computing with its simplicity, flexibility and powerful functions. 1. Application of Python in the field of quantum computing Python has been widely used in the field of quantum computing, mainly in the following aspects: Quantum algorithm development: Python can be used to develop and implement quantum algorithms, such as Shor's algorithm, Grover's algorithm, etc. These algorithms are of great significance in fields such as cryptography, optimization, and search. Quantum simulation: Python can be used to simulate quantum systems such as molecules, atoms, and nanomaterials. This is true in physics and chemistry

2024-02-19 comment 0  840

Article Introduction：Object Operators in PHP: Uses and DifferencesPHP offers two object operators, -> and ::, each tailored for specific use cases. Understanding...

2024-12-06 comment 0  842

Article Introduction：Editor | Dead Leaf Butterfly Large-scale language models have greatly enhanced scientists' ability to understand biology and chemistry, but reliable methods for structure-based drug discovery, quantum chemistry, and structural biology remain few. Accurate biomolecule-ligand interaction datasets are urgently needed for large language models. In order to solve this problem, researchers from the Institute of Biology of the Helmholtz Research Center München and the Technical University of Munich proposed MISATO. This is a data set that combines quantum mechanical (QM) properties of small molecules with associated molecular dynamics (MD) simulations of approximately 20,000 experimental protein-ligand complexes, and extensive validation of experimental data. Starting from the existing experimental structure, the researchers used semi-empirical quantum mechanics to systematically improve these

2024-06-01 comment 0  439

Article Introduction：In the changing sands of artificial intelligence (AI), a phoenix has risen from the ashes, ushering in a new era of computational intelligence—the fusion of quantum physics and computational wizardry. Attention, readers, is the birth of quantum artificial intelligence, an epochal convergence that will redefine the trajectory of technological progress as we know it. Understanding Quantum AI: The Marriage of Quantum Mechanics and Artificial Intelligence In essence, quantum AI is like a dance between the ethereal realm of quantum physics and the computational symphony of artificial intelligence, akin to a quest between the mysterious and the algorithmic. Unlike conventional computers that falter on their binary path, quantum AI can spin gracefully on the quantum stage, wielding the mysterious allure of qubits, or qubits. These mysterious organisms are reminiscent of cats

2024-04-30 comment 0  489

Article Introduction：It is normal for the physical memory usage to be below 70%. When the physical memory usage is high, you can install an additional physical memory, change the operating system to 64-bit, install some memory organization software, etc. to alleviate the memory usage. Too high.

2020-08-08 comment 0  11312

Article Introduction：According to news on March 1, on Tuesday local time in the United States, chip giant Intel released a new software platform for developers to build quantum algorithms. Eventually, these algorithms could run on the quantum computers Intel is trying to build. Anne Matsuura, director of quantum applications and architecture at Intel Research Institute, said that this platform, called Intel Quantum SDK (Quantum Software Development Kit), currently allows some quantum algorithms to run on simulated quantum computing systems. Quantum computing is based on quantum physics and can theoretically perform calculations faster than traditional computers. Matsuura said developers can use the long-established programming language C++ to build quantum algorithms, making it easier for people without quantum computing expertise to

2023-04-12 comment 0  1371

Article Introduction：This collaboration provides RIKEN and its collaborators local access to the world's leading Quantinuum ion trap quantum computer. Project leaders RIKEN, SoftBank, the University of Tokyo and Osaka University accelerate the development of quantum computers and supercomputers. Blue, Colorado Tomfield and London, January 10, 2024 - Quantinuum, the world's largest integrated quantum computing company, and RIKEN, Japan's largest comprehensive research institution with the world's leading high-performance computing (HPC) center, recently announced an agreement - Quantinuum Quantinuum's H1 series ion trap quantum computing technology, which has the highest performance, will be provided to RIKEN. According to the agreement, Q

2024-01-11 comment 0  505

Article Introduction：How to get the quantum snail in "Seven Days World"? Many pet props in the game have unique ways to obtain them. The editor has helped players sort out the specific methods of obtaining quantum snails, hoping to be helpful to players. How to obtain the Quantum Snail in the Seven-Day World 1. First, players need to fight the "War of Roots" copy. 2. Then start the battle of roots in the winding mountain border area. 3. If you successfully challenge the Battle of Roots and open the box, you will have a chance to obtain the quantum snail as a contained object.

2024-07-24 comment 0  642