The hottest Education Substack posts right now

And their main takeaways
Category
Top Education Topics
Quantum Formalism β€’ 0 implied HN points β€’ 19 Dec 22
  1. 2022 has been a fantastic year for the QF community, driving enthusiasm for abstract mathematical topics relevant to quantum computing.
  2. A course on Measure Theory & Functional Analysis (MTFA) is ongoing, beneficial for those interested in Continuous Variable Quantum Information and Machine Learning.
  3. QF plans to launch an open source quantum computing proof of concept microgrant program with a narrow focus on specific areas like classical-to-quantum data encoding.
Quantum Formalism β€’ 0 implied HN points β€’ 24 Feb 23
  1. A six-lecture mini-course on Category theory is starting on March 6 to provide a solid basic understanding of categories.
  2. Registration is open for the mini-course session on Crowdcast, and the YouTube recording will be available if you can't attend live.
  3. There is a Discord channel dedicated to the Category theory course for further discussion and engagement.
Poczwardowski Notes β€’ 0 implied HN points β€’ 09 Oct 22
  1. The book 'The Lessons of History' compiles insights from various fields like geology, biology, human nature, economics, government, and more.
  2. The key insight from the book is that certain aspects of human nature remain unchanged over time, challenging the idea of progress and superiority in each generation.
  3. Studying history helps in realizing that perceptions of superiority over past generations are often illusions, as some fundamental human traits persist across time.
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Poczwardowski Notes β€’ 0 implied HN points β€’ 20 Oct 23
  1. Exploring topics like system thinking and mathematics can help us understand the world better, even if they are not commonly taught in schools.
  2. The book does a great job of explaining complex concepts like feedback loops and bottlenecks in systems, making them easier to comprehend and apply in real life.
  3. Understanding systems and mathematics not only enhances our knowledge of the world but also improves our decision-making process as a bonus.
Quantum Formalism β€’ 0 implied HN points β€’ 15 Jun 21
  1. The first lecture on Topology Crash Course has been rescheduled due to a funeral service on June 25
  2. Alternative dates offered are June 24, June 29, and July 2, all at 5pm BST
  3. Participants are reminded to review basic set-theoretic and real analysis concepts mentioned during the last Q&A session
Kartick’s Blog β€’ 0 implied HN points β€’ 21 Jan 25
  1. Variance helps us understand risk in different jobs. A steady job is low risk, while a startup can be very unpredictable.
  2. The median is a strong way to find a typical value because it's not easily affected by extreme numbers. So, when data is messy, the median usually gives a better answer than the mean.
  3. To get better estimates, look at a lot of data over time. More data usually means less error, helping you make smarter decisions.
Quantum Formalism β€’ 0 implied HN points β€’ 22 Jun 21
  1. The preferred start date for the first lecture is July 2.
  2. Core concepts covered in the first lecture include topological spaces, closed sets, subspace topology, and neighborhoods.
  3. If time permits, there will be a brief introduction to fibre bundles and the algebra of smooth maps.
Quantum Formalism β€’ 0 implied HN points β€’ 15 Nov 21
  1. The crash course introducing the notion of a 'smooth manifold' has concluded, preparing participants for the next module on Lie Groups, Lie Algebras & Representations.
  2. Certificates of Attendance and Completion are available upon request for auditing the crash course live or via the YouTube playlist, with different types of certificates offered.
  3. There will be a session on the industry career fellowship scheme for those who have expressed interest.
Quantum Formalism β€’ 0 implied HN points β€’ 09 Oct 20
  1. Introduction to complex vector spaces was covered in this live session.
  2. Key concepts included Additive Groups Axioms, Field Axioms, and Complex Vector Space Axioms.
  3. Various topics like Linear Subspaces, Linear Combinations, and Dirac Notation were also discussed.
Quantum Formalism β€’ 0 implied HN points β€’ 23 Nov 20
  1. Mathematical proofs are essential for theoretical advancements in quantum information and mechanics.
  2. Resources like the Lean and Coq projects offer tools for proof assistance and management.
  3. Attending live sessions like 'Matrix Groups - Part 1' can offer valuable insights for enthusiasts.
Quantum Formalism β€’ 0 implied HN points β€’ 12 Apr 21
  1. The Lie Theory prerequisite mini-series will focus on point-set topology, metric spaces, and basics of differentiable manifolds.
  2. Reviewing basics of set theory, including intersections, unions, Cartesian products, and maps between sets, is recommended for the upcoming lectures.
  3. While the Lie Theory module may not be sufficient to understand Eric Weinstein's 'Geometric Unity' paper, it provides a foundational knowledge base that can ease the understanding of complex topics in differential geometry and topology.
Quantum Formalism β€’ 0 implied HN points β€’ 12 Sep 21
  1. The replay of lecture 5 is available on YouTube, split into 3 parts for convenient viewing and discussing path-connectedness, open covers, and compactness.
  2. Registration is open for lecture 6 on topology, focusing on the manifold section.
  3. You are encouraged to join the Discord community server as part of the Quantum Formalists group for further discussions and engagement.
Quantum Formalism β€’ 0 implied HN points β€’ 26 Feb 22
  1. The lecture was a replay on Group Theory crash course.
  2. Connectivity issues during the live session were faced probably due to a storm in the UK.
  3. Participants were encouraged to join the next live session and a Discord server, and take a short survey on technical background.
Quantum Formalism β€’ 0 implied HN points β€’ 01 Apr 22
  1. Attend BambordΓ©'s talk on Abstract Mathematical Structures for Quantum Computing on May 21st at 1:00 PM EDT by registering at the provided link.
  2. Catch up on missed live sessions of the Group Theory Crash Course by accessing the recordings on the YouTube playlist shared.
  3. Join the Discord Community at the provided link to participate in group study sessions and engage with other members.
Quantum Formalism β€’ 0 implied HN points β€’ 11 Nov 22
  1. Live group theory session 18 covers real matrix group topics and delves into complex groups next.
  2. Register for the session at the provided link or catch the replay on YouTube if you can't make it.
  3. The session promises to be informative and engaging for Quantum Formalists.
Quantum Formalism β€’ 0 implied HN points β€’ 30 Jul 20
  1. The quantum formalism course will start on Friday, September 18, based on feedback from a survey with approximately 80% choosing that date.
  2. A live Q&A session will be held on Friday, August 14 to present the course program and answer audience questions.
  3. Registration for the Q&A session is open, and interested individuals can sign up via URL provided by the Zaiku Group team.
Joshua Gans' Newsletter β€’ 0 implied HN points β€’ 06 Nov 20
  1. When transitioning to online assessments, consider the implications of privacy when using surveillance software - it can invade students' personal spaces and raise trust issues.
  2. Using surveillance software can signal a lack of trust and respect towards students - consider alternative assessment methods to avoid creating a disruptive and distrustful environment.
  3. Surveillance software for exams may disproportionately impact students of color and other protected classes, highlighting the importance of considering diversity, equity, and inclusion in assessment approaches.