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Information Theory Gets to The Heart of Biometric Analysis
Using Mutual Information, Granger Causality, and Transfer Entropy To Understand Causality In Time-Series Biometric Data
Aug 5
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Evan Peikon
14
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Decoding Biology by Evan Peikon
Information Theory Gets to The Heart of Biometric Analysis
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July 2025
Distributed by Design
The Future Of Wearable Biometric Sensors
Jul 22
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Evan Peikon
13
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Decoding Biology by Evan Peikon
Distributed by Design
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Time: The Fourth Dimension in Multiomics Data Analysis
Incorporating time-dependent relationships in multiomics data analysis
Jul 15
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Evan Peikon
18
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Decoding Biology by Evan Peikon
Time: The Fourth Dimension in Multiomics Data Analysis
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Computational Modeling of Branched Pathway Systems
A DIY to Modeling Branched Pathway Systems With A Case Study In Metabolic Engneering
Jul 7
•
Evan Peikon
28
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Decoding Biology by Evan Peikon
Computational Modeling of Branched Pathway Systems
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June 2025
The Garden Of Technological Possibilities
Navigating the Multidimensional Labyrinth of Wearable Technology Development
Jun 24
•
Evan Peikon
8
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Decoding Biology by Evan Peikon
The Garden Of Technological Possibilities
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Building a Global Framework for Gene Synthesis Safety
How data standardization, basic research, open science, and adopting a hacker's mindset combine to protect one of biotechnology's most powerful tools
Jun 18
•
Evan Peikon
3
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Decoding Biology by Evan Peikon
Building a Global Framework for Gene Synthesis Safety
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From Protein Folds to Protein Folding
How reductionism, prediction, and visualization have shaped our understanding of protein's three-dimensional structures and how they arrive in those…
Jun 10
•
Evan Peikon
22
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Decoding Biology by Evan Peikon
From Protein Folds to Protein Folding
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Algorithms for Wearable Data Science
An in-depth guide to sliding window methods and two-pointer techniques for analyzing time-series physiological data
Jun 3
•
Evan Peikon
11
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Decoding Biology by Evan Peikon
Algorithms for Wearable Data Science
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May 2025
A High-Resolution Biomarker for Skeletal Muscle Mitochondrial Adaptations
Quantifying skeletal muscle adaptations with continuous non-invasive wearable devices
May 27
•
Evan Peikon
7
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Decoding Biology by Evan Peikon
A High-Resolution Biomarker for Skeletal Muscle Mitochondrial Adaptations
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How To Win Markets and Influence Policy
A game theoretic approach to navigating science in the 21st century
Published on The Connected Ideas Project
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May 19
When Perfect Code Produces Imperfect Science
Programming Literacy Is More Important Than Ever for Bioinformaticians and Computational Biologists
May 15
•
Evan Peikon
25
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Decoding Biology by Evan Peikon
When Perfect Code Produces Imperfect Science
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Numerical Methods in Systems Biology: From Euler to Runge-Kutta
Modeling Gene Regulatory Networks Using Euler's Method and Fourth-Order Runge Kutta Methods.
May 13
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Evan Peikon
14
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Decoding Biology by Evan Peikon
Numerical Methods in Systems Biology: From Euler to Runge-Kutta
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