Teaching · 2026–2027
Current courses, classroom links, 13 linear algebra tutorials, and activities in English and Hebrew.
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Interactive linear algebra lab · English
Explore the 13 linear algebra activities in English.
Interactive linear algebra lab · Hebrew
The same interactive activity collection with Hebrew course material.
Guided LLM activities · English
Linear algebra activities for learning with language models, in English.
Guided LLM activities · Hebrew
Linear algebra activities for learning with language models, in Hebrew.
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Linear algebra · Tutorial 1: Complex numbers and induction
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 2: Proof methods, sets, and fields
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 3: Linear systems and subspaces
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 4: Linear dependence, span, and sums of subspaces
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 5: Matrix operations, bases, and dimension
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 6: Bases, invertibility, and elementary matrices
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 7: Rank, row and column spaces, and measurement systems
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 8: Linear maps and coordinates
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 9: Linear maps and matrix representations
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 10: Matrix similarity and determinants
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 11: Eigenvalues and diagonalization
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 12: Inner products, orthogonality, and projections
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Linear algebra · Tutorial 13: Gram–Schmidt and orthogonal diagonalization
2026–2027 tutorial notes (Hebrew PDF), with English and Hebrew interactive activities.
Calculus 2 · Tutorial 1: Convergence of sequences of functions
Pointwise convergence of sequences of functions. Uniform convergence. The supremum criterion. Worked examples. Pointwise limits, disproving uniform convergence, and convergence on subdomains
Calculus 2 · Tutorial 2: Series of functions and more
Further convergence of sequences of functions. The supremum criterion. Continuity of the limit under uniform convergence. Series of functions. The Weierstrass M-test. Absolute and uniform convergence. Integration and differentiation of sequences and series of functions
Calculus 2 · Tutorial 3: Power series
Definition of a power series. Interval of convergence. Radius of convergence. Abel’s theorem. The Cauchy-Hadamard formula. The coefficient ratio formula. Checking endpoints. Term-by-term differentiation and integration. Finding the radius and interval of convergence
Calculus 2 · Tutorial 4: Vectors, planes, surfaces, domains, level curves, topology and connectedness
Inner products. Orthogonal projection. Cross products. Lines in space. Planes. Quadric surfaces. Domains of multivariable functions. Level curves and level surfaces. Topology in Rⁿ. Open and closed sets. Interior, boundary, and closure. Boundedness and compactness. Connectedness and path connectedness
Calculus 2 · Tutorial 5: Limits, continuity, partial derivatives and differentiability
The multivariable ε-δ definition of a limit. One-variable and multivariable limits. Disproving a limit using paths. The squeeze theorem. Polar coordinates around a point. Continuity. Partial derivatives. Directional derivatives. Differentiability. Differentiability implies continuity and the existence of partial derivatives, but not conversely
Calculus 2 · Tutorial 6: Practice sheet 6
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 7: Practice sheet 7
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 8: Practice sheet 8
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 9: Practice sheet 9
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 10: Triple integrals
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 11: Practice sheet 11
Practice sheet in Hebrew and associated tutorial recordings.
Calculus 2 · Tutorial 12: Practice sheet 12
Practice sheet in Hebrew and associated tutorial recordings.
CRISP Memory Preview
A compact research preview of fixed-budget external memory for text-like facts. CRISP uses sparse superposition and destructive updates to retain and revise facts under memory pressure, with real-text validation against retrieval-style baselines.
QBRL: Quantum Birkhoff Routing Layers
A public research preview of a constrained routing principle for structured expert assignment. The method treats balanced expert assignment as a global structured optimization problem over legal assignment states, rather than independent local choices corrected afterward by balancing penalties. Full technical details are under review.
QEGK Vision
Entangled group-invariant quantum kernels for visual symmetry and anomaly experiments. A simulator-based quantum-kernel research prototype.
QIFM: Quantum Interference Field Machine
Hamiltonian evolution and Born-rule readout explored as a neural-network alternative. An experimental, simulator-based learning architecture.
QMF: Quantum Measurement Flow
Adaptive quantum measurement-flow prototype for non-commuting feature acquisition under finite measurement budgets. A research prototype with mixed-to-positive results.
Q-SPF: Quantum Semantic Progress
Quantum semantic-progress functions for visual-sequence analysis and content-aware retiming. A simulator-based visual-sequence research prototype.
QTCL: Quantum-Inspired Temporal Control (preview)
Selected visual results from a private research prototype exploring quantum-inspired temporal control for video generation and editing. Public preview only: the full prototype is private.
QWO: Quantum Wavefunction Optimizer
Wavefunction-based quantum optimization prototype for continuous machine-learning landscapes. An experimental optimizer with mixed results.
Structural Response Theory
Force-free electrostatics as sources, fields, geometry, and response. A compact mathematical-physics mini-project that rebuilds classical electrostatics through the pipeline source → structure → response rather than treating force as primitive. Includes a small Python simulation, polished figures, and a short English guide with worked exercises.
Conference with Classiq
A conference with Classiq hosted by the Quantum Technologies Community (QTC) at Tel Aviv University, with talks by Eden Schirman and Prof. Pavel Ginzburg.
The 1st Israeli Quantum Hackathon
The first Israeli Quantum Hackathon — tackling real-world challenges in quantum algorithms and applications — with QUBIT, QTC and partners.
QTC Community Meetup
A student quantum community meetup at Tel Aviv University, with talks on optical approaches to quantum computation and quantum sensing.
QTC Community Meetup
Save the date for the next QTC community meetup, with the TAU Quantum Center. Programme details will follow.
Quantum Community Meeting
A QTC quantum community meeting at Tel Aviv University, with talks on scalability in graph-related quantum algorithms and quantum computing with spatial modes of light.
QuanTAU Journal Club: Opening Session
A planned opening session for the QuanTAU Journal Club. The proposed format brings refreshments and research talks together.
Quantum Computing Conference
A quantum computing conference hosted by the Quantum Technologies Community (QTC) at Tel Aviv University, with talks by Dr. Adi Pick and Prof. Emanuele Dalla Torre.
Quantum Cryptography Conference
A quantum cryptography conference hosted by the Quantum Technologies Community (QTC) at Tel Aviv University, with Prof. Or Sattath and Prof. Orr Dunkelman.
Quantum Day
Save the date for Quantum Day at the TAU Quantum Center. The programme and participation details will be announced separately.
Quantum Day of Cyber Week
A save-the-date for the Quantum Day of Cyber Week at Tel Aviv University, held as part of Cyber Week 2024.
Quantum Frontiers: A Special Event Featuring Nobel Laureate Prof. John M. Martinis
A special Quantum Frontiers evening at Tel Aviv University featuring Nobel Laureate Prof. John M. Martinis, with talks on superconducting qubits and hybrid quantum control systems.
Quantum Science Students Community Conference
A student community conference of the Quantum Technologies Community (QTC) at Tel Aviv University, with talks by Prof. Yonatan Dubi and Prof. Guy Cohen.
Quantum Software Development with Classiq — Workshop
A hands-on quantum software development workshop with Classiq, hosted by the Quantum Technologies Community (QTC) at Tel Aviv University.
Quantum Tech Student Community Conference
A student community conference of the Quantum Technologies Community (QTC) at Tel Aviv University, with talks by Prof. Yaron Oz and Nir Alfasi.
Quantum Technologies and Science Club — Opening Event
The opening event of the Quantum Technologies and Science student community (QTC) at Tel Aviv University, with talks by Prof. Yakir Aharonov and Prof. Erez Zohar.
A Special Quantum Meetup
A special quantum meetup presented by QTC, QUBIT and IQCC at Tel Aviv University, featuring four speakers from academia and industry.
Introduction to Quantum Computing · Course overview
A self-study learning path into quantum computation, built from linear algebra: qubits, gates, entanglement, and the key algorithms.
Linear Algebra · Course overview
Vectors, matrices, linear transformations, and eigenvalues for engineering students. Full tutorial recordings are on the teaching page.
Calculus 2 (Hedva 2) · Course overview
Sequences and series of functions, power series, and the multivariable foundations of Calculus 2. Practice sheets and recordings are on the teaching page.
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