Category: Uncategorized
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using protein folding rules to drive a 3d ca
With openaiGPTo1-preview Explanation: Customization: Limitations: References to ML Insights: The rules used in this simulation are inspired by patterns identified through machine learning in protein folding studies: import numpy as np import matplotlib.pyplot as plt from mpl_toolkits.mplot3d import Axes3D import random # Define amino acid properties amino_acids = { ‘A’: {‘type’: ‘hydrophobic’}, ‘C’: {‘type’: ‘hydrophobic’},…
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Parallels Between Biological Chaperone Proteins and Machine Learning Equivalents in the Context of Epigenetics and Hyperparameter Tuning
write a 2000 word paper on the parallel between the function of biological chaperone proteins and the ML equivalent. Do this in the context of cell epigenetic and ML hyperparametr parallels ChatGPT Thought for 9 seconds Parallels Between Biological Chaperone Proteins and Machine Learning Equivalents in the Context of Epigenetics and Hyperparameter Tuning Abstract Biological…
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Exploring Parallels Between Machine Learning and Biology
Abstract:This paper delves into the fascinating parallels between machine learning (ML) and biological systems. By expanding on key comparisons, we aim to highlight how concepts in biology have inspired ML models and algorithms, and how these parallels can lead to advancements in both fields. Artificial Neural Networks (ANNs) are computational models inspired by the human…
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Comparing ML transfer learning to biological horizontally gene transfer
Compare ML transfer learning to biological horizontally gene transfer ChatGPT Thought for a few seconds Introduction Transfer learning in machine learning (ML) and horizontal gene transfer (HGT) in biology are concepts that, while originating in vastly different fields, share a foundational similarity: the transfer of information from one entity to another to enhance functionality or…
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entropy, physical laws, and observational scale – with openai GPT01-preview and claude 3.5 Sonnet
You said: A recent interview with Spephan Wolfram revealed an interesting insight. Wolfram claims that the the laws of physics we “discover” are a function of our level of observation. Here is an example. The second lawof thermodynamics, heat entropy, is a collective phenomenon. The randomness and disorder that takes place occurs at a collective…
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convolutional neural networks, cellular automata, and cellular transcription/epigenetics
Chatting with openai’s latest rocking GPT4o. You said:Convolutional Neural Networks apply a kernel to capture grid values of a sector of an underlying image. That kernal becomes a new grid with a value that is handed off to an artificial neural network neuron which in turn may invoke a new kernal and so forth. This…