Check out our textbook Introduction to Quantum Computing with Qiskit!
This textbook aims to introduce the reader to quantum computing while also giving a good primer on programming quantum devices using Qiskit.
https://t.co/ec6CfHRgMr
#quantumcomputing#quantumtechnology
Working on QutritLab — a simulator for ternary quantum circuits.
Here: a 4-qutrit system evolving under applied RZ rotations . The plot shows how probability flows across the state space
Exploring the potential of higher-dimensional quantum computing
#quantumcomputing
I used quantum computing to show how quantum superposition affects a quantum system. Here the system starts in zero superposition and then is increased over time.
#quantum#quantumcomputer#physics#maths#quantum#art
Check out my latest quantum computing art piece!
This art piece visualizes how quantum superposition affects the state space of a system. The red piece is derived from an equal superposition of states while the blue is in the least
#quantumcomputing#quantum#art#physics
Engineering, mathematics. Unconventional gears.
The center of a logarithmic spiral traces a straight line as it is rolled.
By Matt Henderson, @matthen2, used with permission.
Quantum physics principles are fundamental to many real-life technologies, including lasers, MRI scanners, and the transistors that power all modern electronics. In the realm of artificial intelligence, quantum machine learning (QML) is an emerging field that harnesses quantum phenomena like superposition and entanglement. This allows for the processing of vast datasets and the solving of complex problems much faster than classical computers. QML has the potential to revolutionize areas such as drug discovery by simulating molecules, optimizing financial models, and enhancing pattern recognition.
In this quantum computing tutorial we will show how you can implement Grover's algorithm in Qiskit for unstructured search evaluations
https://t.co/FkfiSwPB58
#quantum#quantumcomputing#quantummechanics#physics
See our updated Qiskit tutorial on the CNOT gate and how to implement it on IBM quantum devices:
https://t.co/WxqbAwaRKO
#quantum#quantumcomputing#qiskit#ibm
See our updated quantum computing tutorial on the Hadamard gate and how to use it in Qiskit to put qubits in to superposition.
https://t.co/46wHWkO6YC
#QuantumComputing#Qiskit#Programming
Check out our textbook Introduction to Quantum Computing with Qiskit!
This textbook aims to introduce the reader to quantum computing while also giving a good primer on programming quantum devices using Qiskit.
https://t.co/ec6CfHRgMr
#quantumcomputing#quantumtechnology
Hello everyone!
We will have a new Qiskit tutorial coming up soon showing you how to create weird and wonderful 3D structures using IBM quantum computers!
In the meantime feel free to take a look at my other tutorials: https://t.co/d6QxExY5HH
#quantumcomputing