The hottest Quantum Computing Substack posts right now

And their main takeaways

Deep-Tech Newsletter #03 | July 2021

Deep-Tech Newsletter • 0 implied HN points • 14 Jul 21

🕹 Technology Quantum Computing

Topology is a modern branch of pure mathematics with applications in Topological Data Analysis and Topological Quantum Computation.
The crash course on Topology is suitable for individuals with a background in university-level mathematics like Calculus and Real Analysis.
The Zaiku Group is planning a quantum fellowship program for top students who graduate from their courses.

Deep-Tech Newsletter #10 | December 2020

Deep-Tech Newsletter • 0 implied HN points • 22 Dec 20

🕹 Technology Quantum Computing

Advanced research talks have become more accessible online, offering learning opportunities globally.
Online quantum computation courses are increasing, emphasizing the importance of mathematical knowledge over programming.
Providing free foundational quantum formalism modules has empowered professionals to delve deeper into quantum computation.

The Power of Mathematics: Can we turn Software Engineers into Quantum Founders?

Deep-Tech Newsletter • 0 implied HN points • 18 Aug 20

🕹 Technology Quantum Computing

Future coders will need to embrace mathematics and data analysis for problem-solving.
Quantum computing requires a solid mathematical background for significant contributions to quantum algorithms.
Efforts are being made to train engineers in mathematics to create new quantum software companies and challenge the current academic dominance in the quantum startup ecosystem.

Quantum Formalism Batch I

Deep-Tech Newsletter • 0 implied HN points • 30 Jul 20

🕹 Technology Quantum Computing

The 12-week online course Quantum Formalism offers two tracks: one for those new to quantum computing and the other for professionals seeking advanced math topics.
Upskilling in quantum software engineering can boost startups' access to talented engineers and counter the recruitment dominance of big tech companies like Google and IBM.
The program emphasizes diversity and plans to expand student numbers to admit more women and people of color, while also seeking partnerships with incubators and quantum startups.

Zaiku Microsystems

Deep-Tech Newsletter • 0 implied HN points • 03 Jul 20

🕹 Technology Quantum Computing

Google's 'Sycamore' quantum machine milestone announcement faced skepticism from IBM, questioning the quantum advantage threshold.
Survey results indicate a consensus that while Google may not have reached a quantum advantage, their milestone is significant for the field of quantum computing.
There's a belief among quantum researchers that a quantum advantage will likely be achieved within the next decade, showing optimism for progress in the field.

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Indian IT 'Quantum Supremacy' 👨‍💻⚛️

Sector 6 | The Newsletter of AIM • 0 implied HN points • 28 Aug 22

🕹 Technology Quantum Computing

Indian IT companies are working on quantum technology to create practical applications in various fields. This includes areas like life sciences and financial services.
Nasscom predicts that using quantum technology in businesses could bring in about $310 billion in added value.
The competition in quantum technology is just starting, with many companies looking to find new and interesting use cases for their clients.

[in case you missed it] Data Science Weekly - Issue 361

Data Science Weekly Newsletter • 0 implied HN points • 25 Oct 20

🕹 Technology Quantum Computing

Data infrastructure is becoming more complex, focusing on how data is analyzed rather than just the software. It's important to understand the latest technologies and best practices in this area.
Many companies are using AI but only a small number see a real return on their investment. It's crucial to examine why some businesses succeed with AI while others struggle.
Machine learning models need to be effectively put into production to solve real problems. Deployment is just as important as building the model itself.

[in case you missed it] Data Science Weekly - Issue 309

Data Science Weekly Newsletter • 0 implied HN points • 26 Oct 19

🕹 Technology Quantum Computing

A new gene editing method called prime editing has been developed, making changes to DNA easier and more accurate.
Teaching rats to drive small cars has shown that learning complex tasks can help reduce stress and improve mental abilities in these animals.
Researchers are making strides in quantum computing, claiming they have achieved a significant milestone that proves a programmable quantum computer can perform useful tasks.

[in case you missed it] Data Science Weekly - Issue 303

Data Science Weekly Newsletter • 0 implied HN points • 14 Sep 19

🕹 Technology Quantum Computing

Stitch Fix is using machine learning to help customers pick outfits that match their style. It shows how technology can personalize shopping experiences.
There's a push to protect workers from being replaced by automation. Some suggest taxing companies that use robots to keep people employed.
AI is transforming fields like biology, especially in analyzing images. It highlights how technology is changing research and discovery in science.

Quantum Threat Modelling

QV’s Substack • 0 implied HN points • 04 Jun 24

🕹 Technology Quantum Computing

Quantum technology has many parts that are classical and can be vulnerable to traditional cyber attacks. This means threats can come from many angles that don't specifically target the quantum aspects.
There are unique threats related to quantum systems that are not yet fully explored, and many existing vulnerabilities are not linked to specific vendors. This makes it hard to gauge how secure quantum technologies truly are.
Understanding the context in which quantum systems operate is really important. Different setups, like using space-based technology versus fiber optics, come with very different security challenges.

Hacking a Quantum Computing Controller:

QV’s Substack • 0 implied HN points • 22 May 24

🕹 Technology Quantum Computing

There was a big security flaw found in a quantum computing controller, which allows access to quantum machines through a default username and password. This means anyone who knows this can control the quantum hardware connected to it.
Changing the default password is crucial but can lead to new problems if not done properly. The researchers are recommending a better way to ensure passwords are secure from the start.
Quantum computers are involved in highly sensitive areas like finance and medicine, so protecting their security is very important to prevent data breaches and attacks. Researchers are pushing for improved security measures to safeguard these advanced systems.

The Error Correction Zoo and Google's quantum chip Willow

Fikisipi • 0 implied HN points • 10 Dec 24

🕹 Technology Quantum Computing

Google has introduced Willow, a new quantum chip with 105 qubits. It's designed to perform complex computations that regular computers struggle with.
Error correction is crucial for quantum computers, and it's still a tough problem to solve. The 'Error Correction Zoo' is an online resource that keeps track of different methods to fix errors in computing.
While quantum computers are fascinating, their real-world applications might not be as exciting as we imagine. The hope is they will eventually be used in fields like pharmaceuticals.

Cyber security predictions for 2025

Identity Revive • 0 implied HN points • 19 Dec 24

🕹 Technology Quantum Computing

AI will play a big role in both improving cyber defense and enabling attackers. It's changing how we detect threats and respond to them.
Quantum computing poses a risk to current encryption methods, but there are already quantum-resistant solutions available that we should adopt to stay safe.
The future might see a major shift away from traditional passwords. New options like biometrics and passkeys are becoming more popular and secure.

All aboard the quantum rollercoaster, and reaching peak child under capitalism

Alex's Personal Blog • 0 implied HN points • 15 Jan 25

🕹 Technology Quantum Computing

Technology is advancing rapidly in areas like self-driving cars and digital superintelligence, but we are still waiting for significant breakthroughs in quantum computing.
Birth rates are declining in many developed countries due to the pressures of capitalism, causing concerns about the future population.
Parents are feeling overwhelmed and are choosing to have fewer children in a competitive world, in turn affecting societal growth.