Showing posts with label Deep Learning. Show all posts
Showing posts with label Deep Learning. Show all posts

27.8.25

From Helicopters to Google Brain: What I Learned About AI as a Noob Listening to Andrew Ng

 I’ll be honest: I’m still a total beginner when it comes to AI. Most of the time I hear people talk about things like “neural networks,” “transformers,” or “TPUs,” it sounds like another language. But I recently listened to Andrew Ng on the Moonshot Podcast, and it gave me a way to see AI not as something intimidating, but as something that could change everyday life—even for people like me.

Here are the biggest lessons I picked up.


1. AI as a Great Equalizer

One of the first things Andrew said struck me right away: intelligence is expensive. Hiring a doctor, a tutor, or even a consultant costs a lot because human expertise takes years to develop. But AI has the potential to make that kind of intelligence cheap and accessible.

Imagine everyone having their own team of “digital staff”—a tutor for your child, a health advisor, or even a personal coach. Right now, only the wealthy can afford that kind of help. But in the future, AI could democratize it. As someone who’s just trying to figure this whole AI thing out, that idea excites me. AI might not just be about flashy tech—it could really level the playing field.


2. Scale Matters (Even When People Doubt You)

I didn’t realize that when Andrew Ng and others were pushing for bigger and bigger neural networks in the late 2000s, people thought they were wasting their time. Senior researchers told him not to do it, that it was bad for his career.

But Andrew had data showing that the bigger the models, the better they performed. He stuck with it, even when people literally yelled at him at conferences. That persistence eventually led to the creation of Google Brain and a major shift in AI research.

For me, the lesson is clear: sometimes the thing that seems “too simple” or “too obvious” is actually the breakthrough. If the data shows promise, don’t ignore it just because experts frown at it.


3. One Algorithm to Learn Them All

Another mind-blowing takeaway was Andrew’s idea of the “one learning algorithm.” Instead of inventing separate algorithms for vision, speech, and text, maybe there could be one system that learns to handle different types of data.

That sounded crazy back then—but it’s basically what we see today with large models like Gemini or ChatGPT. You give them text, audio, or images, and they adapt. To me, this shows how powerful it is to think in terms of general solutions rather than endless one-off fixes.


4. People Using AI Will Replace People Who Don’t

Andrew made a simple but scary point: AI won’t replace people, but people who use AI will replace people who don’t.

It’s kind of like Google Search. Imagine hiring someone today who doesn’t know how to use it—it just wouldn’t make sense. Soon, knowing how to use AI will be just as basic. That’s a wake-up call for me personally. If I don’t learn to use these tools, I’ll fall behind.


Final Reflection

Listening to Andrew Ng, I realized that AI history isn’t just about algorithms and hardware—it’s about people who dared to think differently and stick to their vision. Even as a noob, I can see that the future of AI isn’t only in giant labs—it’s in how we, ordinary people, learn to use it in our daily lives.

Maybe I won’t be building neural networks anytime soon, but I can start by being curious, experimenting with AI tools, and seeing where that curiosity leads me. If AI really is going to democratize intelligence, then even beginners like me have a place in this story.

13.5.25

Sakana AI Unveils Continuous Thought Machines: A Leap Towards Human-like AI Reasoning

 Tokyo-based Sakana AI has introduced a novel AI architecture named Continuous Thought Machines (CTMs), aiming to enable artificial intelligence models to reason more like human brains and with significantly less explicit guidance. This development, announced on May 12, 2025, tackles a core challenge in AI: moving beyond pattern recognition to achieve genuine, step-by-step reasoning.

CTMs represent a departure from traditional deep learning models by explicitly incorporating time and the synchronization of neuron activity as a fundamental component of their reasoning process. This approach is inspired by the complex neural dynamics observed in biological brains, where the timing and interplay between neurons are critical to information processing.

Most current AI architectures, while powerful, abstract away these temporal dynamics. Sakana AI's CTMs, however, are designed to leverage these neural dynamics as their core representation.The architecture introduces two key innovations: neuron-level temporal processing, where individual neurons use unique parameters to process a history of incoming signals, and neural synchronization, which is employed as a latent representation for the model to observe data and make predictions.

This unique design allows CTMs to "think" through problems in a series of internal "thought steps," effectively creating an internal dimension where reasoning can unfold. This contrasts with conventional models that might process information in a single pass.The ability to observe this internal process also offers greater interpretability, allowing researchers to visualize how the model arrives at a solution, much like tracing a path through a maze.

Sakana AI's research indicates that CTMs demonstrate strong performance and versatility across a range of challenging tasks, including image classification, maze solving, sorting, and question-answering. A notable feature is their capacity for adaptive compute, meaning the model can dynamically adjust its computational effort, stopping earlier for simpler tasks or continuing to process for more complex challenges without needing additional complex instructions.

The introduction of Continuous Thought Machines marks a significant step in the quest for more biologically plausible and powerful AI systems.[2] By focusing on the temporal dynamics of neural activity, Sakana AI aims to bridge the gap between the computational efficiency of current AI and the nuanced reasoning capabilities of the human brain, potentially unlocking new frontiers in artificial intelligence.

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