From a humble hanafuda card manufacturer in 1889 to a global digital entertainment giant, immerse yourself in the fascinating history of Nintendo. Follow the journey from its origins in Kyoto, through unusual diversification attempts, to the revolution in the world of video games with legendary figures such as Gunpei Yokoi and Shigeru Miyamoto. Discover how Nintendo overcame crises, such as the 1983 video game crash, and redefined the industry with iconic consoles like the NES, Game Boy, Wii, and the hybrid phenomenon, Nintendo Switch. Explore the strategies, triumphs, rare failures, and the creation of beloved global characters like Mario, Donkey Kong, Zelda, and Pokémon, which have shaped generations and continue to delight millions.

How did Elizabeth Holmes build and lose a $9 billion empire with Theranos? Dive into the story of the startup that promised to transform medicine and became synonymous with fraud. We uncover Silicon Valley's 'fake it till you make it' culture, the deceptive tactics, the legal consequences, and the lessons from a scandal that shook trust in entrepreneurs and exposed systemic flaws. A powerful reminder that integrity cannot be sacrificed for success.

• Evolution of Programming: From the punched cards of Jacquard and Babbage, with Ada Lovelace writing the first algorithm, through high-level languages like FORTRAN, COBOL, C, Java, to the modern languages that drive AI and the web today.
• Vibe Coding: The Next Transformation: Allows conversing with an artificial intelligence in natural language to transform ideas into code, tests, and systems, democratizing creation and redefining the developer's role.
• In This Podcast: Exploring the Future: We will delve into the roots of programming, the impact of Vibe Coding, ethical challenges, and the opportunities of human-AI collaboration.

Step into the world of the brain behind your smartphone! This episode explores the revolution of SoCs (System on a Chip), tracing the incredible journey of mobile devices. We start from early "dumb phones" with simple circuits and basic processors, then delve into the rise of super-powerful smartphones driven by highly integrated, multifunctional chips.Discover the major players who shaped this industry: Qualcomm, a pioneer in total integration with Snapdragon; Apple, focusing on vertical integration and proprietary designs like the Neural Engine; MediaTek, making technology accessible with affordable solutions; Samsung, balancing its Exynos designs with partnerships like AMD Radeon; and newer players like Google (Tensor, focused on AI) and Xiaomi (Xring O1), seeking differentiation and technological independence.Learn how miniaturization (nanometers) and embedded artificial intelligence (NPUs) are driving innovation, shaping a future where SoCs promise even more performance, efficiency, and smart features. An essential dive into what makes your phone so intelligent.

Dive into the fascinating and controversial history, present, and future of nuclear energy!

• Discover the revolutionary origins in the 19th century [1, 2], the first controlled reaction in 1942 [3-6], and the inauguration of the first commercial power plant in 1954 [3, 7], which changed the world [8].
• Explore the current global situation, with **around 416-440 reactors in 31 countries generating approximately 10% of the world's electricity** [2, 9-11], crucial for the fight against climate change because it **does not emit CO2 during operation** [12, 13].
• Understand why nuclear energy is vital for ensuring stability [12-15], essential for the growing demand from **Artificial Intelligence datacenters** [13, 14, 16-32].
• Learn about the challenges: the historical accidents at Chernobyl (1986) [9, 33-38] and Fukushima (2011) [9, 33, 36-38] which redefined safety, and the complex management of radioactive waste that remains dangerous for thousands of years [33, 39-44].
• Look to the promising future with innovations like **Small Modular Reactors (SMRs)** [28, 30, 31, 45-53], designed to be safer, more flexible, and economical [45, 47, 50], the pursuit of revolutionary **nuclear fusion** [45, 53-55] which promises clean and abundant energy [55], and the global commitment by over 20 countries to **triple global nuclear capacity by 2050** [32, 56].
• Join us to uncover this strategic energy source for the 21st century [8, 57, 58].

The introductory sections describe the core idea of the article: In a specific incident in Bakhmut in February 2023, a Russian soldier's armored vehicle was destroyed by a US$400 FPV (First-Person View) drone assembled in a Kiev basement using parts bought on AliExpress1. This event is presented as a symbol of the technological revolution that is rewriting the rules of war1. The conflict itself has become a global laboratory where cheap, adapted, and handcrafted drones are outperforming military systems costing billions of dollars2. The report aims to explore how Ukraine and Russia are using these tools, the crucial role of fiber optics, and what this signifies for the future of humanity2.

The excerpts detail Apple's Project Titan, an ambitious initiative to enter the electric and autonomous vehicle market that lasted a decade and cost more than $10 billion. The text describes the project's context, the leadership and strategy changes, the technical challenges encountered, including problems with autonomous software ("demoware"), and attempts at partnerships or Tesla acquisition. The material explains that the project, nicknamed the "Titanic disaster" by some, was cancelled in 2024 due to the complexity of the automotive market and the difficulty in developing reliable autonomous technology, with resources being redirected to artificial intelligence, although the lessons learned may benefit other Apple products like CarPlay.

You may have never heard of ASML—but without it, the modern world would grind to a halt. This Dutch tech company holds the keys to the most advanced chipmaking technology on Earth: extreme ultraviolet lithography (EUV). And only ASML knows how to build it.

In this episode, we uncover the fascinating story of ASML, from a small Dutch startup to a near-monopoly powering the global semiconductor race. We explore how its machines—each costing over $150 million—enable the production of the tiniest, most powerful chips used in everything from smartphones to AI supercomputers.

But ASML isn’t just a tech marvel; it's a strategic asset. As geopolitical tensions rise, the company finds itself at the crossroads of global power plays between the U.S., China, and Europe.

What makes ASML so irreplaceable? And why is everyone—from Silicon Valley to Beijing—keeping such a close eye on it?

Behind every smartphone, car, data center, and AI breakthrough lies one silent giant: TSMC. The Taiwan Semiconductor Manufacturing Company isn’t just another tech firm—it’s the backbone of the modern digital age.

In this episode, we dive into the incredible rise of TSMC, from its founding in the 1980s to becoming the world’s most advanced chipmaker. Discover how a company with no products of its own became indispensable to Apple, NVIDIA, AMD, and even entire nations.

We explore the technological innovation, geopolitical weight, and economic power packed into every nanometer of TSMC’s chips—and why the world is now watching this company more closely than ever.

How did TSMC become the crown jewel of global tech? And what does its future mean for the balance of power in the 21st century?

Taiwan may seem like just a small island in East Asia, but its story is anything but small. In this episode, we explore how Taiwan became a global powerhouse—from its complex history shaped by colonization, war, and democracy, to its modern role as a tech titan at the heart of the semiconductor industry. As tensions rise in the region and the world watches closely, Taiwan stands as a symbol of resilience, innovation, and geopolitical significance.

Why does this tiny island matter so much? What makes its microchips so crucial? And how does its past help explain the growing global interest—and concern—surrounding its future?

Join us for a journey through Taiwan’s past and present, and discover why this island is at the very center of tomorrow’s world order.