表紙
市場調查報告書

量子計算:即將出現的新範例

Quantum Computing: A New Paradigm Nears the Horizon

出版商 IDATE DigiWorld 商品編碼 955121
出版日期 內容資訊 英文 63 Pages
商品交期: 最快1-2個工作天內
價格
量子計算:即將出現的新範例 Quantum Computing: A New Paradigm Nears the Horizon
出版日期: 2020年08月25日內容資訊: 英文 63 Pages
簡介

本報告分析了量子計算技術的發展和利用現狀以及未來的發展前景,概述了量子技術帶來的新的計算範式,並介紹了未來的利用和優勢新領域。在網絡安全和電信領域的利用可能性,主要公司的未來開發和利用前景,在12個主要國家(美國,中國,歐盟國家,日本,韓國)的發展計劃,未來的技術和經濟我們將總結並交付影響等內容。

目錄

第1章執行摘要

第2章量子技術的定義

  • 量子計算術語表
  • 量子特性和量子計算機原理

第3章量子計算技術

  • 分析範圍
  • 量子計算的兩種主要方法
  • 模擬量子計算(AQC)
  • 基於門的量子計算
  • Qubit:最先進的技術

第4章量子技術的現狀

  • 量子計算:預期收益
  • Quantum:預計的缺點
  • 量子計算競賽
  • 如何比較量子計算的性能
  • 量子計算的里程碑和限制
  • 量子最高原理-另一個里程碑:是否在2019年達到?

第5章量子技術的應用領域

  • 量子計算的潛在使用領域
  • 量子計算最重要的潛在用途
  • 量子計算:潛在用途
  • 註:量子計算對加密技術的影響
  • 用於構建 "量子或更高版本" 安全系統的解決方案

第6章主要公司和計劃

  • 私人公司簡介
    • IBM
    • Google
    • Microsoft
    • D-Wave
    • 其他主要技術公司:進一步參與現有的熟悉計算
    • 雲公司也非常活躍
    • 數以百計的量子計算初創公司
    • 電信公司的趨勢
  • 公眾努力
    • 政府量子技術計劃
    • 投資量子技術

第7章分析和前景

  • 技術觀點:關於量子計算的普遍誤解
  • 生態系統分析
  • 網絡安全視角
  • 發展前景
  • 未來發展願景
目錄
Product Code: M20620MRA

This study looks into the present perspective of quantum computing and its present state of development, as well as its future outlook.

The study proposes an accessible description of the new computing paradigm brought by quantum technology and presents the potential applications and benefits that the new approach would bring. It also focuses on the potential consequences for cybersecurity and telecommunications.

Alongside the perspective it offers on the current quantum computing ecosystem, the study outlines a vision of the current state of development of the technology. This includes an analysis of the positioning of key players (IBM, Microsoft, D-Wave) and of the investment programmes of some 12 key nations including USA, China, parts of the EU, Russia, Japan and South Korea.)

Finally the study analyses the likely development of the technology and its foreseeable impacts.

Table of Contents

1. Executive Summary

2. Quantum Technology Definitions

  • 2.1. Quantum computing glossary
  • 2.2. Quantum properties and principles for a quantum computer

3. Quantum Computing Technologies

  • 3.1. Scope of the study
  • 3.2. The two main approaches to quantum computing
  • 3.3. Analog-quantum computing (AQC)
  • 3.4. Gate-based quantum computing
  • 3.5. Qubit: state of the art

4. State of Play of Quantum Technology

  • 4.1. Quantum computing foreseen benefits
  • 4.2. Quantum foreseen limitations
  • 4.3. The quantum computing race
  • 4.4. How to compare performance in quantum computing ?
  • 4.5. Milestones and limitations for quantum computing
  • 4.6. Quantum supremacy: another milestone reached in 2019 ?

5. Quantum Technology Applications

  • 5.1. Quantum computing potential applications
  • 5.2. Most important QC potential applications
  • 5.3. Quantum computing: potential applications
  • 5.4. Focus: Quantum computing impact on cryptography
  • 5.5. Solution to build a post-quantum secure system

6. Key Players and Initiatives

  • 6.1. Private Player Profiles
    • IBM
    • Google
    • Microsoft
    • D-Wave
    • Other large tech firms - Familiar traditional computing increasingly getting involved
    • Cloud players also highly active
    • Hundreds of quantum computing start-ups
    • What about telcos?
  • 6.2. Public Initiatives
    • National programmes in quantum technologies
    • nvestment in Quantum technology

7. Analysis and Perspectives

  • 7.1. Technology Perspective: Common misconceptions on quantum computing
  • 7.2. Ecosystems analysis
  • 7.3. Cybersecurity perspective
  • 7.4. Perspectives of development
  • 7.5. Vision of future development

List of tables and figures

3. Quantum Computing Technologies

  • Comparison between analog and digital quantum computing
  • Functioning of an analog-quantum computer
  • Scheme: Simplified functioning of a quantum algorithm: Grover's research
  • List of qubits technology currently developed in the world

4. State of Play of Quantum Technology

  • Main quantum algorithms discovered
  • Number of qubits achieved since 1998
  • Main quantum calculators as of June, 2020

5. Quantum Technology Applications

  • Quantum computing: main threats

6. Key Players and Initiatives

  • Private ecosystem investing in quantum computing
  • Public funding for quantum computing and related technologies
  • IBM cryostat wired for a 50-qubit system
  • IBM Q Network Partner
  • A dilution refrigerator houses the Sycamore chip used to demonstrate the quantum supremacy experiment
  • Microsoft Azure Quantum full-stack ecosystem
  • D-Wave 2000Q quantum annealer
  • Patent applications per quantum technologies in 2015"