Quantum Computing for Young Minds

COURSES AND TRAININGS

Deep tech courses

Overview and purpose

Quantum computing is one of the most revolutionary technologies of the future. But what does “quantum” mean? How do quantum computers work, and why are they different from classical computers?

This 5-day online course (25 hours total) introduces students under 18 to the fundamentals of quantum computing, explaining complex concepts in a practical and accessible way. Students will discover how qubits enable calculations that are impossible for traditional computers and explore how quantum physics is transforming fields such as cryptography, medicine, and artificial intelligence.

Through interactive simulations, practical experiments, and digital tools, students will gain a hands-on understanding of the basics of quantum computing, testing simple quantum algorithms on online quantum computer simulators.

Learning Outcome

By completing this course, students will:

Understand the fundamentals of quantum computing.
Differentiate between qubits and classical bits and how they function.
Experiment with key concepts like superposition and entanglement.
Build and test basic quantum algorithms on simulators.
Explore real-world applications of quantum computing in various industries.
Present a final project based on quantum algorithms.

Admission information

Language: Italian
Audience: Students under 18 who are curious about quantum computing.
Requirements: No prior programming experience required. A computer with a stable internet connection.
Maximum number of participants: 20

location

Online – Live interactive training.

Duration and Daily Schedule

5 days, 25 total hours (live sessions + practical exercises).

Daily Schedule

Day 1: Introduction to Quantum Computing

What are quantum computers, and how do they differ from classical computers?
The logic of qubits: How they work and why they are powerful.

Day 2: Superposition and Entanglement

What is quantum superposition, and how is it used in calculations?
Simulated experiment: Visualizing a qubit’s state in a quantum computer.

Day 3: Basic Quantum Algorithms

Introduction to fundamental quantum algorithms.
Hands-on coding: Creating the first quantum algorithm with a simulator.

Day 4: Practical Applications of Quantum Computing

How quantum computing is revolutionizing cryptography and security.
The role of quantum computing in medicine and artificial intelligence.

Day 5: Final Project Development and Certification

Students develop and test their first quantum algorithm.
Presentation of projects and discussion with industry experts.

Why Choose This Course

Accessible for young learners: Complex concepts explained clearly and interactively.
Hands-on learning: Real-world experiments with quantum computing simulators.
Future-ready skills: Quantum computing is one of the most promising technologies of tomorrow.
Expert instruction: Learn from professionals and researchers in the field of quantum computing.

What Sets Us Apart

Immersive experience: Students explore the quantum world through hands-on activities.
Innovation and application: Understand the future of technology through advanced simulations.
Interactive community: Exchange ideas and collaborate with other passionate students in deep tech.