Deep-Tech Newsletter

Deep-Tech Newsletter provides insights and updates on advancements in deep technology, focusing on quantum computing, mathematical foundations, and AI. It highlights contributions from Big Tech to open source, the significance of advanced mathematics in tech innovation, and efforts to democratize access to deep-tech education through courses and mentorship programs.

Quantum Computing Open Source Contributions Artificial Intelligence Mathematical Foundations Deep-Tech Education and Mentorship Post-Quantum Cryptography Quantum Hardware Deep-Tech Industry Analysis Quantum Software Engineering Cryptography and Security

The hottest Substack posts of Deep-Tech Newsletter

And their main takeaways

Abstract Mathematics 101 Bootcamp

19 implied HN points • 23 Mar 24
🚌 Education Mathematics Quantum Computing Machine Learning
  1. A new 'QF Abstract Mathematics 101 Bootcamp' is launching annually starting in June 2024 to help bridge the gap in mathematical knowledge within the Quantum Formalism community.
  2. The bootcamp curriculum will cover topics like Set theory, Abstract Algebra, and Differential Geometry, catering to those interested in areas like quantum computing and machine learning.
  3. Participants of the bootcamp will receive certifications upon completing each module and will have the opportunity to learn from experts like Bambordé Baldé and Max Arnott.

The Mathematical Capabilities of ChatGPT.

39 implied HN points • 17 Feb 23
🕹 Technology AI Mathematics Research Development Innovation
  1. Recently published research suggests that ChatGPT's mathematical abilities are below those of an average mathematics graduate student.
  2. There is skepticism that large language models like ChatGPT will lead to Artificial General Intelligence due to their poor mathematical reasoning performance.
  3. ChatGPT has been subject to criticisms and shortcomings, with some considering it less innovative and revolutionary compared to expectations.

Fostering Trust: Why NIST and the NSA Must Prioritise Transparency in Post-Quantum Cryptography.

19 implied HN points • 19 Oct 23
🕹 Technology Cryptography Transparency Collaboration Security Innovation
  1. Post-Quantum Cryptography is crucial in securing digital communications against potential threats from quantum computers
  2. Enhancing transparency in standardization processes, inclusive collaboration, independent audits, and regular updates can build trust in cryptographic standards
  3. Collaboration between intelligence agencies and the private sector is vital for protecting critical infrastructure, fostering innovation, and addressing borderless cyber threats

Exploring the Frontiers: Updates from Zaiku's Deep-Tech Ecosystem | October 3, 2023.

19 implied HN points • 03 Oct 23
🕹 Technology Quantum Computing Healthtech Education
  1. Zaiku participated in the NQCC hackathon on quantum computing, showcasing equivariant embeddings and fostering future collaborations.
  2. Bambordé Baldé attended the HealthTech Cluster Huddle, presenting Zaiku's work in quantum computing and privacy-enhancing technologies (PETs).
  3. The eagerly awaited quantum hardware course by Zaiku, led by Bambordé Baldé and Carlos H. G. Bessa, has officially begun.

Embarking on a Thrilling Expedition into the Universe of Quantum Hardware! 🌌🚀

19 implied HN points • 01 Sep 23
🕹 Technology Quantum Computing
  1. A quantum hardware course has begun with a welcome session and a prerequisite lecture on 'First Order Differential Equations,' accessible through a dedicated YouTube playlist.
  2. Applications to join the course are closed, but interested individuals can still reach out to join. Joining sooner will secure a spot in the live sessions by Carlos Bessa after completing the prerequisite.
  3. The course promises an exciting journey into the universe of quantum hardware, led by Bambordé Baldé, the Co-Founder & Head of Mathematical Sciences at Zaiku Group.
Get a weekly roundup of the best Substack posts, by hacker news affinity:

The Role of Advanced Mathematics in AGI: Could Abstract Theories Pave the Way?

1 HN point • 12 Jul 24
🔬 Science Mathematics AI Machine Learning Linear Algebra
  1. The AI industry is investing heavily in large language models and AGI, but faces financial challenges and uncertainty in meeting high expectations.
  2. To achieve AGI, more advanced mathematical techniques beyond current ML algorithms like gradient descent may be needed, with Category Theory showing promise.
  3. Barriers exist in understanding Category Theory for AGI due to its abstract nature, but efforts are being made to empower AI researchers and engineers with necessary mathematical knowledge.

Big Tech & Open Source: Where Is the Love? (2020)

39 implied HN points • 24 Jun 20
🕹 Technology Big Tech Open Source Sentiment Analysis Developers Competition
  1. Big Tech heavily contributes to open source projects on GitHub, even though they can influence the project's direction.
  2. Amazon has faced criticism for potentially hindering open source startups by offering competing services on AWS.
  3. Google leads in positive sentiment towards open source, followed closely by Microsoft, while Amazon received a lower score due to recent backlash.

Deep-Tech Newsletter #02 | June 2021

19 implied HN points • 14 Jun 21
🕹 Technology AI Cloud Computing Startups Deep Tech
  1. Homology.ai is a new platform by Zaiku Group backed by InnovateUK, aiming to help organizations train and deploy privacy-preserving AI models to the cloud.
  2. Zaiku Group plans to launch a deep-tech accelerator in Q1 2022 for technical founders who have completed their advanced mathematical courses, focusing on AI/Geometric Deep Learning solutions.
  3. Zaiku Group is evolving into a deep-tech private equity firm, aiming to invest in and acquire early-stage deep-tech companies aligned with their mission & values.

Quantum ML Journey: A Fireside Chat with Amira Abbas

19 implied HN points • 20 Oct 20
🕹 Technology Quantum Computing Data science Programming
  1. The course aims to help reduce the mathematical barrier to Quantum Computation for software engineering and data science professionals interested in the field.
  2. Encouraging and nurturing professionals from diverse backgrounds, like Amira Abbas, in the deep-tech industry can lead to innovation and potential for emerging technologies.
  3. There is untapped talent in Africa, and providing education, support, and opportunities can unlock brain power for the deep-tech industry on the continent.

The Power of Mathematics: Can We Hack the Next-Gen Quantum Founders?

19 implied HN points • 22 Sep 20
🔬 Science Mathematics Probability Theory Education
  1. The free mathematical course by Zaiku Group is attracting professionals from diverse backgrounds, aiming to equip them with advanced mathematical knowledge for fields like quantum algorithms.
  2. The power of mathematical abstraction was showcased by Zaiku Group's co-founder, Bambordé Baldé, who reconstructed the notion of probability measure using basic set-theoretic concepts.
  3. The course covers foundational topics over 12 weeks, with plans for fireside chats involving industry and academia experts to provide guidance and answer questions from learners.

Deep-Tech Newsletter | October 2021

0 implied HN points • 22 Oct 21
🕹 Technology Quantum Computing Deep Tech Startups Mathematics Community Building
  1. The quantum computing industry is still in early stages, needing high-risk R&D investment with a long-term return on investment timeline of 15-20 years, potentially conflicting with traditional VC investment cycles.
  2. Rigetti's $1.5bn SPAC could lead to more SPACs by companies with similar qubit technologies, and there might be a shift for quantum software companies to join the trend.
  3. The Quantum Formalism Community focuses on teaching advanced mathematics to STEM professionals, aiming to bridge academia and industry, offering opportunities like Industry Career Fellowship and a Deep-Tech Incubator.

European Intelligence Agencies on QKD and QF Launches Mathematical GPTs.

0 implied HN points • 31 Jan 24
🕹 Technology Quantum Computing Cryptocurrency
  1. European intelligence agencies emphasize the need for standardization before commercializing Quantum Key Distribution (QKD), highlighting its current limitations and the importance of investing in research.
  2. The Quantum Formalism (QF) community has successfully launched a Mathematical GPT tool to assist members in learning abstract mathematics related to quantum mechanics and quantum information science.
  3. The QF GPT tool offers interactive learning experiences and is tailored to help users understand complex mathematical concepts, aiming to make advanced mathematical resources widely accessible in the future.

2023 Highlights from Zaiku

0 implied HN points • 31 Dec 23
🕹 Technology Quantum Computing Collaboration Healthtech Education
  1. Zaiku Group focused on collaboration, working with organizations like the National Quantum Computing Centre and University of Malta BioGMT Team to harness the power of quantum computing for biomedical data.
  2. They participated in the NQCC Hackathon, where their use case on equivariant embeddings was selected, showcasing their commitment to practical applications of quantum computing capabilities.
  3. The team also engaged in knowledge sharing through events like the HealthTech Cluster Huddle and launched a quantum hardware course series dedicated to optical models.

Quantum Hardware Course!

0 implied HN points • 08 Aug 23
🚌 Education Online course Certification
  1. The course aims to provide a deep understanding of quantum hardware like Quantum Optical Models, Ion Traps, and Superconductivity by clarifying basic concepts and covering key topics.
  2. Prior knowledge in quantum mechanics and optics is required for the course, which will consist of lectures and homework sections, with resources from reputable textbooks and recommended video materials.
  3. To participate in live sessions and receive certification, interested students need to apply and commit to completing the entire course, with opportunities for Q&A sessions and further engagement.

Decrypting the UK's high-growth quantum technology companies

0 implied HN points • 20 Jul 23
🕹 Technology Gender Diversity Funding
  1. Gender diversity in UK high-growth quantum technology companies needs improvement, with most companies having all-male founding teams.
  2. Quantum technology companies in the UK are mainly concentrated in the South East, particularly around universities and research centers.
  3. Public funding, especially through grants, plays a crucial role in the growth and development of high-growth quantum companies in the UK.

Deep-Tech Newsletter | August 2022.

0 implied HN points • 08 Aug 22
🕹 Technology Cryptography Mathematics Education
  1. Researchers successfully attacked the SIKE encryption algorithm using classical methods, raising questions about other potential vulnerabilities in post-quantum cryptography.
  2. Understanding advanced mathematics is crucial for analyzing and implementing secure cryptographic standards.
  3. Zaiku Group is launching a community course on Measure Theory and Functional Analysis, valuable for those interested in quantum information and related fields.

Deep-Tech Newsletter | November 2022.

0 implied HN points • 10 Nov 22
💰 Finance Cryptocurrency Investment Technology Blockchain Economy
  1. The crypto world is facing challenges due to liquidity issues and potential bankruptcy at FTX, impacting several high-profile VC-backed crypto projects.
  2. This situation might lead to VCs bailing out crypto projects to maintain reputation, exposing flaws in the crypto ecosystem focused on short-term gains rather than long-term value.
  3. Despite the current turmoil, Zaiku Group remains optimistic about the potential of tokenization to revolutionize assets like money, art, and shares, with a focus on decentralized ownership and blockchain management.

Deep-Tech Newsletter | July 2022

0 implied HN points • 14 Jul 22
🕹 Technology Cryptography Machine Learning Mathematics Technology News
  1. NIST announced post-quantum cryptography standards, setting a foundation for a transition to secure systems resistant to quantum computer attacks in the future.
  2. Zaiku Group initiated a mentorship program for young mathematicians to transition from academia to industry, offering resources, mentorship, and work placements.
  3. Zaiku Group is sponsoring the LOGML Summer School, emphasizing the synergy between modern Geometry and Machine Learning.

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

0 implied HN points • 18 Aug 20
🕹 Technology Quantum Computing Mathematics Software Engineering Startups Tech Education
  1. Future coders will need to embrace mathematics and data analysis for problem-solving.
  2. Quantum computing requires a solid mathematical background for significant contributions to quantum algorithms.
  3. 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.

NQCC's 2023 Hackathon Use Case

0 implied HN points • 25 Jul 23
🕹 Technology Quantum Computing
  1. NQCC's 2023 Hackathon Use Case involves 'Equivariant Embeddings'
  2. The hackathon partners include Oxford Quantum Circuits and Amazon Web Services
  3. Zaiku Group looks forward to sharing their deep-tech community and venture building journey

Deep-Tech Newsletter #03 | July 2021

0 implied HN points • 14 Jul 21
🕹 Technology Mathematics Technology News Quantum Computing
  1. Topology is a modern branch of pure mathematics with applications in Topological Data Analysis and Topological Quantum Computation.
  2. The crash course on Topology is suitable for individuals with a background in university-level mathematics like Calculus and Real Analysis.
  3. The Zaiku Group is planning a quantum fellowship program for top students who graduate from their courses.

Is Quantum Computing Hype Bad for Science and Investors?

0 implied HN points • 18 Aug 21
🕹 Technology Quantum Computing Investors Science Startups
  1. Quantum computing hype may lead to unrealistic expectations and a bubble in the industry, causing concerns for legitimate research and innovation efforts.
  2. Investors should approach quantum companies cautiously, ensuring transparency about risks and avoiding unreasonable promises.
  3. The rush into quantum computing may divert talent from other scientific fields, potentially leading to reputational damage to science as a whole.

Deep-Tech Newsletter #01 | Feb 2021

0 implied HN points • 23 Feb 21
🕹 Technology Deep Tech Community Building
  1. Zaiku Group successfully completed the first cohort of their quantum formalism initiative, showcasing a diverse group with technical talent from various industries and nationalities.
  2. They plan to offer more free mathematical training initiatives focusing on emerging deep-tech like quantum technologies to build a virtual community for the next generation of technical founders.
  3. Entry-level opportunities at Zaiku Group will require knowledge in areas such as Computational Algebraic Topology, Homomorphic Encryption, and Quantum Algorithms for the NISQ era.

Quantum Formalism Batch I

0 implied HN points • 30 Jul 20
🕹 Technology Quantum Computing Software Engineering Online Courses Entrepreneurship Partnerships
  1. 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.
  2. 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.
  3. 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

0 implied HN points • 03 Jul 20
🕹 Technology Quantum Computing Innovation Research
  1. Google's 'Sycamore' quantum machine milestone announcement faced skepticism from IBM, questioning the quantum advantage threshold.
  2. 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.
  3. 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.