Module 3
|
30 mins

Quantum Computing

Left Arrow
Introduction to AI
Introduction to Hedera
Right Arrow
Oops! Something went wrong while submitting the form.
Complete the Course & Get Certified
Module 4
30 mins

Introduction to Hedera

START THE MODULE

Professor

Prof. Paolo Tasca

The Quantum Computing Course is taught by Prof. Paolo Tasca, digital economist, Co-founder and Executive Chairman of Exponential Scienceand experienced blockchain entrepreneur and advisor to global institutions, including the United Nations and central banks.

What you’ll learn

01
What is quantum computing?
02
Why is quantum computing needed?
03
History of quantum computing
04
Basics of quantum information
05
Quantum computation flow
06
Quantum challenges and roadblocks
07
Quantum technology branches
08
Quantum supremacy vs. quantum advantage
09
Quantum industry applications
10
Industry applications and future outlook

Key takeaways:

Quantum computers use qubits in superposition to enable parallel computation.
Entanglement enables qubit correlation, unlocking exponential power.
Quantum gates control qubits through interference, forming the basis of quantum algorithms.
Current devices belong to the NISQ era and lack fault tolerance.
Decoherence and noise are the biggest barriers to scaling quantum systems.
Quantum error correction requires many physical qubits to encode one logical qubit.
Quantum supremacy is a theoretical milestone, but real-world value lies in achieving quantum advantage.
Quantum technologies extend beyond computing to sensing and secure communication.
Published:
12 Aug 2024
Created:
18 Sept 2025
Edited:
12 Aug 2024

Related materials

Interested in learning more from Exponential Science?
Aug 13
Jun 30

Module 1

Tokenisation

Module 2

Introduction to AI

Module 3

Quantum Computing
Module 4
30 mins

Introduction to Hedera

START THE MODULE