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2022_microsoft_ionq_challenge

MIT iQuHACK 2022 x Microsoft x IonQ Challenge

bids-dataset-description

Created with StackBlitz ⚡️

bids-meg

Created with StackBlitz ⚡️

bids-specification

Brain Imaging Data Structure (BIDS) Specification

binder_notebook

classification_of_skin-cancer_deep-neural-networks

This Jupyter notebook demonstrates the use of transfer learning to build a model that can classify benign and malignant (melanoma) skin diseases with TensorFlow 2.

deutsch-josza_algorithm

The Deutsch-Jozsa algorithm was the first example of a quantum algorithm that showed advantages to using a quantum computer as a computational tool for a specific problem.

eu-it-security

fpga-devcloud

Get started using Intel® FPGA tools on the Devcloud with tutorials, workshops, advanced courses, and sample projects built specifically for students, researchers, and developers. Visit our official Intel® FPGA Devcloud website:

jupyter_examples

This repo contains example notebooks which can be launched via binder

kaffebot

model-analysis-on-the_what-if-framework_for-tensorflow-on-hopsworks

This blog introduces how you can use the What-If Tool as a Jupyter plugin on Hopsworks to build better machine learning models by making it easier to ask counterfactual questions about your model’s behavior.

pauli_operators

The Pauli operators are used in quantum information for single-qubit operations.

plasmas

Final project for KTH PDC Summer School 2023

plc-borealis-demos

My experimenting with Borealis demos for PennyLane Cloud

quantum-entanglement_friedrich-schiller-university-jena

Implementation of a quantum circuit, creating a pair of entangled qubits in the |𝜙+⟩ state.

quantum-explorers

A self-paced, quantum computing learning journey for high school students and above.

quantum-fourier-transformation

Fourier Transformation can be used for signal interpolation and smoothing.

quantum-fourier-transformation_qft-based_addition

QFT-based Addition illustrates the basic building blocks of the discrete exponential required implementing Shor’s algorithm on a quantum computer.

quantum-key-distribution

Quantum key distribution (QKD) is a cryptographic quantum protocol which uses the properties of quantum mechanics to allow devices to communicate with each other. Quantum cybersecurity protocols can be proactive, meaning that they can detect breaches before any critical data is accessed.

quantum-key-distribution_the-b92-protocol

Quantum Key Distribution aims to share a private key between two communicating parties securely. In this notebook, we will explore one of the alternative protocols – the B92 protocol!

quantum-phase-estimation

Use the Quantum Phase Estimation to find the eigenvalues of the CBS to Bell-State conversion gate Û to 5 QuBits Precision.

quantum-teleportation

In this programming challenge we will code a Quantum Teleportation protocol!

quantum_information_processing_black_boxes

The device-independent scenario: Quantum Information Processing with Black Boxes. |CHSH| = 2 – This equation is the famous 𝐶𝐻𝑆𝐻 Bell inequality. The expectation value of the quantity 𝐶𝐻𝑆𝐻 should be bounded by 2 if local realism held.

quantum_ml

This repository contains two labs which put into practice Quantum Machine Learning techniques.

sena-nana

simpledjangoportfolio

🔥Simple Python Django Portfolio

sphynx

sqs

strawberryfields

Strawberry Fields is a full-stack Python library for designing, simulating, and optimizing continuous variable (CV) quantum optical circuits.