Closed 0sophy1 closed 2 years ago
Text representation - SMILE - can contain simple molecular structure information together with its atomic composition. Let's try to find the chemical properties of molecules by learning SMILE.
Predicting chemical properties - solubility, acidity, etc - is one of the important issues on chemical research including drug discovery. There are several trials and result in getting meaningful prediction results on classical NN: https://arxiv.org/abs/1712.02034 https://arxiv.org/pdf/1811.08283.pdf https://molecularexploration.medium.com/smiles-toxicity-prediction-e75b27863da5
Getting ideas from classical ML, let's do this with quantum computers. If you're already familiar with NLP or QNLP, consider whether you can use entanglement between words (or subtext groups in SMILE) to make better guesses. https://github.com/oxford-quantum-group/discopy/blob/main/docs/notebooks/qnlp-tutorial.ipynb
@slackhandle
example@example.com
mentor not available.. cheer Sophy
Abstract
Text representation - SMILE - can contain simple molecular structure information together with its atomic composition. Let's try to find the chemical properties of molecules by learning SMILE.
Description
Predicting chemical properties - solubility, acidity, etc - is one of the important issues on chemical research including drug discovery. There are several trials and result in getting meaningful prediction results on classical NN: https://arxiv.org/abs/1712.02034 https://arxiv.org/pdf/1811.08283.pdf https://molecularexploration.medium.com/smiles-toxicity-prediction-e75b27863da5
Getting ideas from classical ML, let's do this with quantum computers. If you're already familiar with NLP or QNLP, consider whether you can use entanglement between words (or subtext groups in SMILE) to make better guesses. https://github.com/oxford-quantum-group/discopy/blob/main/docs/notebooks/qnlp-tutorial.ipynb
Members
@slackhandle
email:example@example.com
Deliverable
GitHub repo