Welcome back to Yeek Talk podcast!

Today, we are taking a deep dive into the future of data storage. As global data volumes continue to grow at an exponential rate, humanity faces a massive challenge: how do we store all this information reliably and sustainably for decades, or even centuries?

Right now, we rely heavily on magnetic tape, hard disk drives, and solid-state systems. But these traditional archival media degrade over time, requiring a constant, costly, and energy-consuming cycle of migrating data to new hardware every few years .

Enter Microsoft’s Project Silica—a groundbreaking initiative designed to break that migration cycle by storing data in something you might find in your kitchen: glass .

In today's episode, we’re going to unpack how Project Silica uses ultrafast femtosecond lasers to encode information into microscopic 3D structures, known as voxels, deep inside a piece of glass .

We'll talk about their transition from using expensive fused silica—which held an impressive 4.8 TB of data on a coaster-sized platter—to more common and affordable borosilicate glass .We'll also explore the massive benefits of this technology. Glass storage is immune to electromagnetic pulses, water damage, and extreme temperatures, with accelerated aging tests predicting the data could remain legible for over 10,000 years . Plus, because the data cannot be accidentally overwritten or altered once it is etched, it offers a "true air gap by design," making it incredibly secure against ransomware .

But it’s not all science-fiction magic. We’ll also look at the very real technical hurdles that remain. Is Project Silica actually going to replace our hard drives, or is it doomed to stay a laboratory experiment? With write speeds that can take up to 18 days to fill a single 4.8TB disc, and Microsoft recently announcing that the "research phase is now complete," some critics are skeptical about whether it will ever see commercial deployment .

So, buckle up as we explore the physics, the economics, and the sustainability of archiving humanity's data in glass.

Deep dive on the breakthrough innovation in semiconductor industry -

Bismuth oxyselenide (Bi2O2Se) is emerging as a revolutionary 2D semiconductor poised to potentially replace silicon in next-generation microelectronics. As traditional silicon miniaturization approaches its physical and quantum limits, Bi2O2Se offers a highly stable and efficient alternative.

The seasonal ritual of "springing forward" and "falling back" may soon be a relic of the past in Western Canada.

While the concept of Daylight Saving Time (DST) traces its roots back to a satirical suggestion by Benjamin Franklin, the modern debate has shifted toward a permanent legislative reality. British Columbia’s move to adopt year-round daylight time mirrors a broader North American movement—headlined by the U.S. Sunshine Protection Act—aimed at prioritizing public safety and mental health over tradition.

However, the transition is not without friction; as policymakers weigh the benefits of extra evening sunlight, they must also navigate the concerns of farmers facing dark mornings and economists wary of losing synchronization with neighboring markets.

Today, we’re diving into the multifaceted art of discovering your life purpose—not as some hidden treasure waiting to be found, but as a powerful creation forged through philosophical wisdom and proven psychological strategies.

Drawing from timeless insights across the texts we’ll explore, we’ll reveal how meaning emerges from aligning your core values with consistent action, embracing life’s inevitable challenges, and rediscovering the passions that lit you up as a child. You’ll learn practical tools like targeted self-reflection, strategic goal-setting, and even volunteering to ignite a profound sense of significance, while building the resilience to experiment boldly and endure those “unpleasant sacrifices” that separate a good life from a truly fulfilling one. Ultimately, we’ll discover that the deepest purpose arises when we step beyond self-interest and contribute to something far greater than ourselves.

So grab your notebook, open your mind, and let’s begin building the purposeful life you were meant to live—starting right now.

Deep Dive: How Broken Online Regulations Are Failing to Protect Kids from Harmful Material — Plus the New UK Social Media Consultation Act: The Why and How.

Deep dive on market reaction to the escalation of war in Middle East!

Deep dive into the disruption of Hard-Wired: How Taalas is Turning AI Models into Pure Silicon in the current GPU centric AI industry.

Deep dive on Career survival in the AI era.

Deep dive into the topic “are we in an AI bubble” like the internet bubble of late 1990s.

Deep dive on the trending topic of OpenClaw (formerly Clawdbot/Moltbot) The Autonomous Digital Employee Agent.

The topic covers its capability, use case, risks and how to secure it.