Strategic Objectives
• Discover how to archive massive datasets for thousands of years without degradation.
• Understand the breakthrough algorithms transforming biological molecules into digital hard drives.
• Learn the mechanics of DNA synthesis and sequencing as purely informational tools.
• Explore the frontier of molecular informatics and the end of mechanical storage.
The Core Challenge
Global data production is outstripping our ability to manufacture traditional silicon-based storage, leading to an impending digital dark age.
01
The Digital Storage Crisis
02
Nature’s Original Hard Drive
03
The Birth of Molecular Informatics
04
Binary to Base-4
05
Shannon in the Cell
06
Writing the Code
07
The Art of Error Correction
08
Reading the Molecules
09
The Fountain Code Revolution
10
Random Access in DNA
11
Stability and Longevity
12
The Economics of Molecular Data
13
Bio-Cryptography
14
The Role of Enzymes
15
Nanopore Sequencing
16
In Vivo Storage
17
Ethics of Information Molecules
18
Microfluidics and Automation
19
Beyond DNA
20
The Industry Landscape
21