Quantum Formalism

Quantum Formalism is an educational platform focused on deepening the understanding of quantum mechanics and quantum computing through advanced mathematical frameworks. It offers courses, mentorship, and tools like QF GPT to facilitate learning in abstract mathematics, quantum hardware, software verification, and influential mathematicians' contributions, aiming to make emerging technologies accessible.

Quantum Computing Abstract Mathematics Quantum Hardware and Software Educational Courses and Tools Mathematical Foundations of Quantum Mechanics Influential Mathematicians Group Theory and Lie Theory Machine Learning Applications in Quantum Computing

The hottest Substack posts of Quantum Formalism

And their main takeaways
0 implied HN points β€’ 26 Oct 23
  1. Live lecture series on Hilbert spaces & Operators is open to everyone interested in quantum information science.
  2. Sessions will be held on Fridays at 4pm UK time; replays available on YouTube for those unable to attend live.
  3. Zaiku Group offers a chance to delve into quantum information science through a mathematical lens.
0 implied HN points β€’ 08 Sep 23
  1. The course on quantum hardware has prerequisite lectures on differential equations available on YouTube.
  2. There are just one or two more reviews on differential equations before delving into the quantum lectures.
  3. Late admission for the course is still possible through the Course Admission Form for those with limited mathematical background.
0 implied HN points β€’ 10 Apr 23
  1. The MTFA course by James Heffers is starting its second and final part, with Lecture 11 available on YouTube.
  2. The course is focused on the final journey towards understanding infinite dimensional Hilbert spaces.
  3. Students are encouraged to also consider taking the Category theory course alongside MTFA.
0 implied HN points β€’ 25 Nov 22
  1. Live session 19 will cover complex matrix groups like U(n) and SU(n).
  2. The replay of the session will be available on YouTube if you can't attend.
  3. The crash course will conclude with an introduction to group representation theory in the next session.
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0 implied HN points β€’ 17 Oct 22
  1. Learn about the application of group theory in Origami Modular Design from a talk by Bob Miller.
  2. Explore Representation Theory for Geometric Quantum Machine Learning in the upcoming Lie Groups & Representations course.
  3. Discover the lectures on Measure Theory & Functional Analysis available on YouTube, covering topics like real analysis, sigma algebras, measures, and Borel Measures.
0 implied HN points β€’ 03 Sep 22
  1. Understanding the abstract definition of a topology on a set can help in comprehending sigma algebras, which can be generated from existing topologies like Borel sigma Algebras.
  2. MTFA offers a YouTube Playlist for reference: https://www.youtube.com/playlist?list=PL6N_Y7ao_aHtdzh1tgonK08g0Nx8Owjps.
  3. Joining the Discord channel provided allows participation in discussions and questions to the speakers, as well as checking out the QF LinkedIn page for more information.
0 implied HN points β€’ 01 Jun 22
  1. The lecture covers key concepts in group theory and their applications like cyclic groups in the Diffie-Hellman key exchange protocol.
  2. If you missed any live sessions, recordings are available on a YouTube playlist for catch-up.
  3. Join the Discord community for group study sessions and stay updated by following the company's LinkedIn and Twitter accounts.
0 implied HN points β€’ 06 May 22
  1. The lecture is about group theory and includes a crash course on cyclic groups.
  2. The pace of the challenges and abstraction levels will increase in upcoming sessions.
  3. Future topics may cover the Discrete Logarithm Problem and the Diffie-Hellman key exchange using cyclic groups.
0 implied HN points β€’ 22 Apr 22
  1. The session will start 30 minutes late due to a company meeting running longer than expected.
  2. The link to attend the session is provided for easy access.
  3. The delay was communicated by BambordΓ© BaldΓ©, the organizer of the group theory lecture.
0 implied HN points β€’ 21 Oct 21
  1. There will be a crash course on Noncommutative Geometry and its applications in 2022.
  2. At Zaiku Group, pure mathematics is important, and they support making advanced mathematical topics more accessible.
  3. For those eager to learn now, Alain Connes's book on Noncommutative Geometry is recommended.
0 implied HN points β€’ 06 Sep 21
  1. The upcoming lecture will focus on a topology crash course before moving on to topological manifolds.
  2. Registration is available for the lecture happening this Friday at 5 pm BST.
  3. You're encouraged to join the Discord community server for further engagement.
0 implied HN points β€’ 15 Jul 21
  1. A pilot quantum career fellowship scheme is being introduced for community members to gain industry opportunities.
  2. The fellowship scheme will have limited places, making the selection process highly competitive.
  3. Interested individuals can express their interest by filling out a form and attending information sessions.
0 implied HN points β€’ 16 Mar 21
  1. Get ready for an upcoming live Q&A session focusing on course certification and career tips, hosted by BambordΓ© BaldΓ©.
  2. Expect insights on what STEM talent acquisition looks for in CVs/resumes beyond completing quantum challenges.
  3. Access a webinar on the performance of Domain-Wall Encoding for Quantum Annealing available on YouTube.
0 implied HN points β€’ 08 Mar 21
  1. The talk about the performance of Domain-Wall Encoding for Quantum Annealing provides free access to datasets and code through a downloadable link.
  2. Those interested in course certification are encouraged to explore the paper and possibly challenge themselves by using it for practical work.
  3. Attendees of the session have the opportunity to ask questions directly to Nick, enhancing the learning experience and understanding of the topic.
0 implied HN points β€’ 28 Jan 21
  1. The final session of the foundation module will cover topics such as Compatible & Incompatible Operators, Time-Translation Symmetry, Quantum Integrable Systems, Quantum Axioms, Composite Quantum Systems, and Quantum Entanglement.
  2. Newcomers are welcome to join the final session, but it's recommended to have covered the previous sessions or have some background in university-level physics/mathematics to fully follow along.
  3. The registration link for the final session can be accessed at https://www.crowdcast.io/e/lecture-17-quantum-formalism.
0 implied HN points β€’ 15 Dec 20
  1. Hosted fireside chat with founder of Quarks Interactive about marrying quantum computing with gaming
  2. Reminder about joining the chat at 9 am PST/6 pm CET via the provided link
  3. Registration is open for the final 2020 lecture
0 implied HN points β€’ 04 Dec 20
  1. There will be a fireside chat on December 15 with the founder of Quarks Interactive about their new game Quantum Odyssey. You can sign up for the fireside chat and the virtual launch event for the game.
  2. Lecture 11 has been uploaded to Youtube and covers abelian and non-abelian gauge theories in the context of matrix groups U(1) and SU(n).
  3. BambordΓ© BaldΓ© shared updates on the quantum gaming startup and encouraged participation in upcoming events.
0 implied HN points β€’ 30 Nov 20
  1. Remaining live sessions of the foundation module will be available to anyone interested, without prior vetting.
  2. There will be a maximum cap of 25-30 people in the live sessions to make them manageable.
  3. Regular attendees will have priority for asking questions during the live fireside chats, but recordings will be available for all later.
0 implied HN points β€’ 13 Nov 20
  1. Lecture 9 covers matrix algebra with a focus on unitary group U(2) and special unitary group SU(2).
  2. There will be a break next week, with the next session resuming on Friday, November 27th.
  3. Future sections will cover U(n) and SU(n) for n greater than 2.
0 implied HN points β€’ 28 Oct 20
  1. The lecture will cover core topics such as Vector Space Isomorphisms, Product of Operators, and Invertible Operators.
  2. Participants are encouraged to attend live sessions to ask questions and keep up with the increasing level of abstraction.
  3. The upcoming session will introduce complex matrices and move towards working with Hilbert spaces.
0 implied HN points β€’ 16 Oct 20
  1. Key concepts in the session included linear independence
  2. The lecture covered the topic of bases (Hamel)
  3. The importance of dimensions in complex vector spaces was emphasized
0 implied HN points β€’ 05 Oct 20
  1. New subscribers are warmly welcomed to attend a live session on complex vector spaces by following specific steps.
  2. To attend, new subscribers need to fill out a Google form for verification and should cover basics about rings and fields from the previous session.
  3. The Zaiku Group team expresses gratitude to the newcomers and provides guidance for joining future sessions.
0 implied HN points β€’ 18 Aug 20
  1. The upcoming quantum formalism course will officially start on Friday, September 18 at around 6 pm BST | 1 pm ET | 10 am PT with live lectures capped at 50 attendees.
  2. If you wish to participate in the live lectures, ensure you fill out the form provided in advance; failing to attend a registered live lecture might affect your future invites.
  3. Pre-course refresher materials and guidance are available on GitHub for the basics of number systems, particularly real and complex numbers.
0 implied HN points β€’ 13 Mar 23
  1. A Category theory course tutorial was held, and the replay is now available on YouTube.
  2. There are plans to invite a guest speaker to discuss applying Category theory in Machine Learning after lecture six.
  3. The Measure Theory & Functional Analysis course will continue in April, focusing on infinite dimensional Hilbert spaces.
0 implied HN points β€’ 07 Mar 23
  1. Category theory is important in various fields like functional programming, formal verification, machine learning, and quantum information science.
  2. Connecting with experts like Brian Hepler can provide valuable insights and opportunities in mathematical research.
  3. The course emphasizes sharing knowledge and encouraging more people to learn the language of Category theory.
0 implied HN points β€’ 26 Sep 22
  1. A webinar on 'An Optimal Entanglement Distribution Policy for a Quantum Switch' is being hosted. Register at the provided link.
  2. A Measure Theory & Functional Analysis course consists of lectures covering real analysis, sigma algebras, measures, and outer measures. Links to the YouTube playlist and Discord channel are available.
  3. The Zaiku Group team encourages auditing the courses and sharing information about quantumformalism.com with others.
0 implied HN points β€’ 19 Sep 22
  1. The MTFA course lectures have moved to a biweekly release format, so now they will be released every two weeks.
  2. Attend the webinar 'An Optimal Entanglement Distribution Policy for a Quantum Switch' happening on Monday, September 26, by registering at the provided link.
  3. The Quantum Formalism community offers various resources like a YouTube playlist, GitHub repository for homework and solutions, Discord channel, and a LinkedIn page.
0 implied HN points β€’ 01 Sep 22
  1. The Quantum Formalism community is hosting a meme competition tied to their lectures on Measure Theory & Functional Analysis. Participants can submit memes after each lecture on Discord.
  2. The community will vote for the top 3 memes at the end of the course, with winners receiving prizes, including a cute Hippo-looking PokΓ©mon clone. Lectures and homework assignments are also available for those interested in joining.
  3. Engaging with the Quantum Formalism community on platforms like YouTube, GitHub, Discord, and LinkedIn can provide valuable learning opportunities and connections in the field.