"The TikTokization of Everything: AI, Learning Techniques, and the Continuous Journey of Knowledge"

"The TikTokization of Everything: AI, Learning Techniques, and the Continuous Journey of Knowledge"

In today's digital landscape, the concept of "money follows attention" holds true. This is especially evident in the realm of advertising, where digital ad spending for mobile devices is on the rise. Additionally, the cloud has become the primary storage solution for vast amounts of data. While these markets are not yet saturated, opportunities may be more limited compared to the past.

So, where is venture capital (VC) money flowing these days? One area of interest is the intersection of technology and artificial intelligence (AI). With advancements in AI, leveraging data for better recommendations has become easier. This trend can be seen in various industries, with companies like SHEIN utilizing AI for personalized commerce experiences.

It's worth noting that both mobile and cloud technologies were once considered greenfield opportunities. However, they are now more established and not as ripe for new ventures. This shift has led to an influx of private capital chasing startups in search of the next big thing.

Looking ahead, the most compelling force that is likely to power technology in the 2020s is AI. The advancements in AI have been remarkable in recent years, and we are now witnessing its emergence from the infrastructure layer to the application layer. AI is no longer confined to the background; it is becoming more visible and accessible to everyday people.

One area where AI has gained significant traction is in text-to-image generative art. However, perhaps the most widespread use of AI today can be seen in TikTok's For You Page. The platform's sophisticated recommendation algorithms anticipate users' wants and desires, creating a highly personalized user experience.

Moving beyond AI, another important aspect of learning and knowledge acquisition is the Feynman Learning Technique. This technique, named after physicist Richard Feynman, provides a simple yet effective approach to learning new concepts. The technique emphasizes the importance of understanding and being able to explain information in various contexts.

The four steps of the Feynman Learning Technique are as follows:

1. Pretend to teach the concept to a sixth-grade student or a rubber duck. This step forces you to define and simplify complex ideas. If you can't explain a concept in simple terms, you likely don't understand it fully.