Quantum Computing

Tech Weekly | The First Chip-Level Post-Quantum Cryptography Card in China; Major Breakthrough in Thermal Radiation Metamaterials: AI Aids in Mass Production of Material Design

by
Tech Weekly | The First Chip-Level Post-Quantum Cryptography Card in China; Major Breakthrough in Thermal Radiation Metamaterials: AI Aids in Mass Production of Material Design

NEWS First AI Medical School Established in China On June 29, the first AI Medical School in China, the AI Medical School of Guangdong Medical University, was officially established. The AI Medical School is the first “virtual-real integration, software-hardware unified” intelligent medical college built in cyberspace based on the HarmonyOS ecosystem, parallel to real-world medical … Read more

Google Quantum Research Team Achieves Major Breakthrough: Resources Required to Crack RSA Encryption Significantly Reduced

by
Google Quantum Research Team Achieves Major Breakthrough: Resources Required to Crack RSA Encryption Significantly Reduced

On June 23, news emerged that the Google Quantum Research Team has made a groundbreaking discovery. The research indicates that the quantum resources required to crack the RSA encryption algorithm, widely used to protect bank accounts, e-commerce, and cryptocurrency wallets, are estimated to be 20 times less than previously thought, potentially reducing the quantum threshold … Read more

New Methods for Quantum Computers in Nature Nanotechnology!

by
New Methods for Quantum Computers in Nature Nanotechnology!

To fully leverage the potential of quantum computing, error correction must be completed before errors occur. With enhanced connectivity between quantum bits, the redundancy and error rate requirements for achieving fault-tolerant quantum computing can be relatively reduced. Even so, the required redundancy will quickly push the number of quantum bits into the millions. Considering the … Read more

Annual Contribution from RFSoC.net Community!

by
Annual Contribution from RFSoC.net Community!

The RFSoM216 module offers the highest number of RF channels in the industry, equipped with a 16-channel RF Digital-to-Analog Converter (RF-DAC) with a sampling rate of 9.85 GSPS and a 16-channel RF Analog-to-Digital Converter (RF-ADC) with a sampling rate of 2.5 GSPS, enabling the entire RF signal chain to achieve the highest signal processing bandwidth. … Read more

Current Development Trends in the Chip Industry

by
Current Development Trends in the Chip Industry

The chip manufacturing industry is undergoing unprecedented technological transformation and industrial restructuring. The latest trends for 2025 can be explored from the following six dimensions: 1. The competition in advanced process technology is intensifying, with 2nm mass production and 1.6nm layout running in parallel. Global semiconductor giants have entered the decisive stage of competition in … Read more

Introduction to Wigner Distribution and Quantum Entanglement Research

by
Introduction to Wigner Distribution and Quantum Entanglement Research

Introduction to Wigner Distribution The Wigner distribution is a probability density distribution used in quantum mechanics. It maps quantum states into phase space to describe the probability distribution of quantum systems. It was proposed by Eugene Wigner in 1932 and is primarily used to describe the states of quantum systems, particularly in fields such as … Read more

The Quantum Revolution in Python: Shor’s Algorithm Breaks Encryption, Medical Simulations Open the Era of Hybrid Computing!

by
The Quantum Revolution in Python: Shor's Algorithm Breaks Encryption, Medical Simulations Open the Era of Hybrid Computing!

Driven by the wave of digitalization, quantum computing is gradually moving from theory to practice, becoming a focal point in the technology sector. Python, as a leader in the programming world, with its simplicity, readability, and powerful ecosystem, has become the preferred language for quantum computing development. The combination of quantum computing and Python provides … Read more

When Microsoft’s Quantum Chip Begins to ‘Conquer’ Encryption Algorithms, What Protects Your Customer Data?

by
When Microsoft's Quantum Chip Begins to 'Conquer' Encryption Algorithms, What Protects Your Customer Data?

Microsoft’s latest Majorana 1 quantum chip is the world’s first quantum processor based on a topological architecture, with its core technology revolving around Majorana fermions (a theoretically predicted subatomic particle with both particle and antiparticle characteristics).This chip successfully constructs a new state of matter called a “topological conductor” by combining semiconductor indium arsenide with superconducting … Read more

Initial Experience with C# Quantum Computing: Using Q# for Hybrid Development to Break Encryption Algorithms and the Microsoft Lab Data Leak

by
Initial Experience with C# Quantum Computing: Using Q# for Hybrid Development to Break Encryption Algorithms and the Microsoft Lab Data Leak

In the rapidly advancing field of technology, every breakthrough in quantum computing attracts significant attention. Recently, a piece of news regarding C# and quantum computing has caused a stir in the tech community: developers have attempted to break encryption algorithms using a hybrid development approach with C# and Q#, which unexpectedly led to a data … Read more

The Historical Development of Cryptographic Algorithms

by
The Historical Development of Cryptographic Algorithms

The historical development of cryptographic algorithms is a reflection of the continuous struggle and progress of human intelligence and technology. Below is a detailed chronological introduction: 1. Classical Cryptography (Before 5th Century) Caesar Cipher (1st Century BC) The earliest monoalphabetic substitution cipher, which encrypts by shifting the alphabet by a fixed number of positions (e.g., … Read more