Computing & Cybersecurity

CS50 for Business - Lecture 2 - Designing Data Structures

Ask Us Anything: OT Cybersecurity Office Hours with Industry Experts

10 Free Hands-On Cybersecurity Platforms You Should Know (2026)

CS50 for Business - Lecture 1 - Analyzing Algorithms

Session 2 - Quantum Computing and Cybersecurity Lecture Series (March 7, 2026)

QSilver36 - Quantum Computing and Programming Workshop organized by QPoland - Day 5 (6.03.2026)

QSilver36 - Quantum Computing and Programming Workshop organized by QPoland - Day 4 (5.03.2026)

QSilver36 - Quantum Computing and Programming Workshop organized by QPoland - Day 3 (2.03.2026)

QSilver36 - Quantum Computing and Programming Workshop organized by QPoland - Day 2 (25.02.2026)

QSilver36 - Quantum Computing and Programming Workshop organized by QPoland - Day 1 (23.02.2026)

CS50 for Business - Lecture 0 - Interpreting Information

NahamSec Teaches Me Bug Bounty Basics

Digital Design & Comp. Arch: L8: Instruction Set Architectures II (Spring 2026)

Digital Design & Comp. Arch: L7: Von Neumann Model & Instruction Set Architectures (Spring 2026)

Code vs Power: The Hacks That Governments Don’t Want You to Know | Darknet | Tech Documentary

03 LTspice complete training

[ИАД, весна 2026] Практикум по программированию на языке Python. Лекция 3

[IAD, Spring 2026] Python Programming Workshop. Lecture 3

QTML: Kernal-based Dequantization of Variantional QML

QTML 2025: Verifiable End-to-End Delegated Variational Quantum Algorithms

QTML 2025: Variational quantum algorithms with exact geodesic transport

QTML 2025: The State Hidden Subgroup Problem (SHSP): Learning stabilizer groups and beyond

QTML 2025: Testing Classical Properties from Quantum Data

QTML 2025: Shadows of quantum machine learning and shallow-depth learning separations

QTML 2025: Quartic Quantum Speedups For Planted Interface

QTML 2025: QuantumBoost: A Lazy, Yet Fast, Quantum Algorithm For Learning

QTML 2025: Quantum world models for a quantum world

QTML 2025: Quantum HodgeRank For Ranking Data On Higher-Order Networks

QTML 2025: Quantum Generative Modeling Beyond the NISQ Era

QTML 2025: Quantum computing and persistence in topological data analysis

QTML 2025: Quantum Circuit Simulation With A Local Dynamic Time-Dependent Variantional Principle

QTML 2025: Quantum Advantage in Learning Quantum Dynamics

QTML 2025: Productionizing Quantum Mass Production

QTML 2025: Multiple-Basis Representation Of Quantum States

QTML 2025: Modern techniques in quantum algorithms

QTML 2025: Models of Learning for Quantum Processes: with noise, limitations and adversaries!

QTML 2025: Interactive proofs for verifying (quantum) learning and testing

QTML 2025: Fourier Fingerprints of Ansatzes in Quantum Machine Learning

QTML 2025: Efficient quantum-enhanced classical simulation for patches of quantum landscapes

QTML 2025: Efficient quantum state preparation of multivariate functions using tensor networks

QTML 2025: Efficient learning for linear properties of bounded-gate quantum circuits