QuEra Workshop | MIT iQuHACK 2024 | QuEra Computing Inc.
linkedin.com
QuEra Workshop | MIT iQuHACK 2024 | QuEra Computing Inc.
What does it actually look like to build on real quantum hardware? That’s the question at the heart of #iQuHACK2026, MIT’s flagship quantum hackathon, returning January 30–February 1, 2026, for its 7th and most ambitious edition yet. iQuHACK brings students and professionals out of theory and into practice, with hands-on problem solving ...
已浏览 3.2万 次3 个月之前
Quantum Computing
Quantum Computers Explained: How Quantum Computing Works
5:41
Quantum Computers Explained: How Quantum Computing Works
YouTubeScience ABC
已浏览 78.2万 次2024年9月23日
Quantum Computing Explained by a Retired Microsoft Engineer
10:05
Quantum Computing Explained by a Retired Microsoft Engineer
YouTubeDave's Garage
已浏览 23.5万 次11 个月之前
Quantum Entanglement Explained - How does it really work?
17:07
Quantum Entanglement Explained - How does it really work?
YouTubeArvin Ash
已浏览 159.4万 次2021年7月30日
热门视频
Quantum computing in 2025: From sci-fi to real-world solutions
Quantum computing in 2025: From sci-fi to real-world solutions
computerworld.com
7 个月之前
Roundtable: Quantum computing: present and future prospects | E4 Computer Engineering
Roundtable: Quantum computing: present and future prospects | E4 Computer Engineering
linkedin.com
已浏览 6867 次4 个月之前
The future of quantum computing is closer than ever. Meet Majorana 1—the world’s first quantum processor powered by topological qubits, featuring a new state of matter. Built with breakthrough topoconductor materials, it’s a major step toward making scalable quantum computing a reality. Learn more about the breakthroughs: http://msft.it/6183UIGxR #QuantumReady | Microsoft
0:46
The future of quantum computing is closer than ever. Meet Majorana 1—the world’s first quantum processor powered by topological qubits, featuring a new state of matter. Built with breakthrough topoconductor materials, it’s a major step toward making scalable quantum computing a reality. Learn more about the breakthroughs: http://msft.it/6183UIGxR #QuantumReady | Microsoft
FacebookMicrosoft
已浏览 10.1万 次2025年2月20日
Quantum Qubits Record
Caltech Shatters Record With 6,100-Qubit Quantum Array
Caltech Shatters Record With 6,100-Qubit Quantum Array
scitechdaily.com
6 个月之前
New Quantum Record Sets 6100 Qubits - How big can quantum computers really get? What breakthrough just pushed the limits far beyond expectations? Scientists at Caltech have set a new benchmark, and according to Nature, it changes everything we thought we knew. A leap in both scale and precision is bringing us closer to practical quantum machines. Watch to uncover the key moment behind this record. | The Brain Maze
0:42
New Quantum Record Sets 6100 Qubits - How big can quantum computers really get? What breakthrough just pushed the limits far beyond expectations? Scientists at Caltech have set a new benchmark, and according to Nature, it changes everything we thought we knew. A leap in both scale and precision is bringing us closer to practical quantum machines. Watch to uncover the key moment behind this record. | The Brain Maze
FacebookThe Brain Maze
已浏览 16.9万 次7 个月之前
Pranav Gokhale on Quantum Computing Advancements | Infleqtion posted on the topic | LinkedIn
Pranav Gokhale on Quantum Computing Advancements | Infleqtion posted on the topic | LinkedIn
linkedin.com
已浏览 3.4万 次1 个月前
Quantum computing in 2025: From sci-fi to real-world solutions
Quantum computing in 2025: From sci-fi to real-world solutions
7 个月之前
computerworld.com
Roundtable: Quantum computing: present and future prospects | E4 Computer Engineering
Roundtable: Quantum computing: present and future prospects | E4 Computer Engineering
已浏览 6867 次4 个月之前
linkedin.com
The future of quantum computing is closer than ever. Meet Majorana 1—the world’s first quantum processor powered by topological qubits, featuring a new state of matter. Built with breakthrough topoconductor materials, it’s a major step toward making scalable quantum computing a reality. Learn more about the breakthroughs: http://msft.it/6183UIGxR #QuantumReady | Microsoft
0:46
The future of quantum computing is closer than ever. Meet Majorana 1—the world’s first quantum processor powered by topological qubits, featuring a new state of matter. Built with breakthrough topoconductor materials, it’s a major step toward making scalable quantum computing a reality. Learn more about the breakthroughs: http://msft.it/6183UIGxR #QuantumReady | Microsoft
已浏览 10.1万 次2025年2月20日
FacebookMicrosoft
The EU’s plan to become a global leader in quantum by 2030
The EU’s plan to become a global leader in quantum by 2030
10 个月之前
europa.eu
Chicago Plan Commission approves controversial quantum computing project at old South Works site
Chicago Plan Commission approves controversial quantum computing project at old South Works site
2025年1月21日
suntimes.com
How Quantum Computers Are Solving the World’s Biggest Problems
How Quantum Computers Are Solving the World’s Biggest Problems
3 个月之前
geeky-gadgets.com
2024 IBM Quantum roadmap update
2024 IBM Quantum roadmap update
2024年5月20日
ibm.com
3:53
What is Quantum Computing? How Does It Work and Examples | Informa TechTarget
2022年4月6日
techtarget.com
DIY budget quantum computer
10 个月之前
hackaday.io
The future of Quantum computing — the tech, companies, and roadmaps that map out a coherent quantum future
2 个月之前
tomshardware.com
6:48
🎉✨ 2024 Year in Review: Celebrating an Extraordinary Year at Quantum University ✨🎉 With the year coming to an end, it’s the perfect time to look back and appreciate the path we have traveled together. From groundbreaking innovations to heartwarming reunions, 2024 was a year of growth, connection, and unforgettable moments. Join us as we celebrate the highlights and achievements that defined this incredible year! 🌺 An Early Happy New Year from Your Quantum University 'Ohana! 🌺 May 2025 bring
已浏览 481 次2024年12月31日
FacebookQuantum University
IBM Quantum Computing | Qiskit
6 个月之前
ibm.com
NIST Releases First 3 Finalized Post-Quantum Encryption Standards
2024年8月13日
nist.gov
0:19
BREAKING: China just achieved a massive quantum computing breakthrough that rivals Google’s Willow chip. December 2024: Chinese researchers unveiled Zu Chongzhi 3.2—a 105-qubit superconducting quantum processor that crossed the critical error correction threshold. At distance d=7, logical error rates decrease as distance grows, demonstrating genuine quantum error correction scaling for the first time. The breakthrough: More qubits now means fewer errors, not more. This reverses the fundamental p
已浏览 4.8万 次4 个月之前
FacebookUncover Quantum
Japanese firms unveil world-leading 256-qubit quantum computer
2025年5月6日
interestingengineering.com
Go inside Google's quantum AI lab to learn how quantum computing works
6 个月之前
linkedin.com
Building Quantum Computers With Photons
2018年9月5日
ieee.org
IBM Debuts Next-Generation Quantum Processor & IBM Quantum System Two, Extends Roadmap to Advance Era of Quantum Utility
2023年12月4日
ibm.com
11:39
Quantum computers aren't what you think — they're cooler
已浏览 130.3万 次2024年7月17日
TEDHartmut Neven
9:37
The Quantum Chip That Might Have Opened a Portal
已浏览 3487 次3 周前
YouTubeOrbitraX History
29:51
Google Just Achieved Quantum Supremacy: The Willow Chip Breakthrough
已浏览 38 次3 周前
YouTubeFreaky Science
0:26
Quantum Is a Marathon, Not a Sprint
已浏览 604 次3 周前
YouTubeQuSecure
1:52
Quantum Computers Could Break Your Crypto by 2029
1 个月前
YouTubeTechBear
1:11
Quantum Computing Is Closer Than You Think — And It Should Scare You
已浏览 715 次3 周前
YouTubeAI Uncovered Daily
0:42
The 2027 Deadline: New National Security Tech Must Be Quantum-Safe
已浏览 1511 次4 周前
YouTubeQuSecure
2:54
SECRET 2026 Quantum Computing | How Qubits Will Change Everything (2026) | Google Quantum AI
已浏览 165 次3 周前
YouTubeAI Grid lab
0:11
Quantum 2025: The Breakthroughs That Will Change Computing Forever
已浏览 1170 次1 个月前
YouTubeFounders Decoded
0:38
Tech Trend Everyone's Missing in 2024 | Quantum Computing #Shorts
1 个月前
YouTubeNeuroQuantum
1:03
Progress in quantum computing has reached a decisive moment. Recent breakthroughs have shown that problems once considered impossible can now be solved in minutes, rather than timescales longer than the age of the universe. More importantly, these advances demonstrate real progress on error correction, a key requirement for building large-scale, fault-tolerant quantum systems. How can governments and institutions be ready within the next five to ten years? Visit the link in our bio to learn more
已浏览 358 次3 个月之前
TikTokworldgovsummit
展开