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THE DAILY INDEX

Technology, AI, software, security, crypto and business

Across today’s newsletters

Today’s Index

HOW GOOGLE WRITES CLEAN, MAINTAINABLE CODE

Google has a process called “readability” that allows it to maintain certain coding standards and best practices in its monolithic codebase. It has published its style guides online and has described the readability process in its book “Software Engineering at Google”. Readability helps Google increase knowledge sharing, maintain its codebase's health, enforce best practices, and sustain a culture of mentorship. However, readability results in slower code velocity. The article goes through some examples of clean TypeScript code using Google’s style guide.

EXCLUSIVE-CHATGPT-OWNER OPENAI IS EXPLORING MAKING ITS OWN AI CHIPS

OpenAI is exploring making its own artificial intelligence chips. It has evaluated a potential acquisition target for the move. The scarcity of graphics processing units is making it difficult for OpenAI to solve its chip shortage issues. It may take several years for OpenAI to develop its own chip if it decides to go ahead with the plan. Success in developing a custom chip is not guaranteed - many companies, including Meta, have been building their own processors for years with limited results.

WATER

A team of engineers from MIT and China have designed a solar desalination system that passively turns seawater into drinking water. It circulates water in swirling eddies, which when combined with the sun's heat drives water to evaporate and leave salt behind. The resulting water vapor can be condensed and collected while the leftover salt circulates out of the device rather than accumulating and clogging the system. A small suitcase-sized system could produce up to 6 liters of drinking water per hour and last several years.

NEW 3D PRINTING APPROACH OFFERS HOPE FOR BRAIN INJURY REPAIR

Scientists from the University of Oxford have created brain tissue using human stem cells through 3D printing. They were able to replicate the structure of the brain's cerebral cortex using the technique. The technology will provide researchers with new ways to explore the workings of the brain. It also offers hopes to individuals who have brain injuries as there is evidence that the printed tissue can integrate with live brains.

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