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There are those who say Bitcoin doesn't scale, and build blockchains with more throughput at the cost of more centralization (generally in the form of it being way harder to run a node), and then also point to Bitcoin as having low fees as a criticism.

The limiter it turns out, 16 years in, is not how many people *can* self-custody bitcoin. It's how many people *want* to.

Not everyone wants to deal with the technicalities of their own car, and not everyone wants to handle the technicalities of their own money. Quite few, in fact. It's always a subset for these types of things. People who are hardcore over their area of knowledge.

I leave my car details to pros down the street who I know the name of, and handle my money myself. There are those who handle their own cars but leave their money details to others.

Bitcoin currently processes about as many transactions per year as Fedwire, which handles $1 quadrillion worth of gross settlement volume per year for the US and for a good chunk of the world (in context, it's approximately 200 million $5 million average-sized transactions). That's actually a crazy stat. Bitcoin is casually this open-source global Fedwire with its own scarce units, and unlike Fedwire anyone can permissionlessly build on it or transact with it, for low fees despite it being a +$2T network. And if it gets clogged there are all sorts of permissionless layers above it with certain trade-offs.

Some people say paper bitcoin holders detract from the network. I say the opposite- their willingness to hold IOUs helps add to price stability and network size without clogging it. That leaves more room for cypherpunks to develop with, and work on. And those who finance them.

This has been foreseen as early as Hal Finney in 2010, when he wrote about bitcoin banks (https://bitcointalk.org/index.php?topic=2500.msg34211#msg34211).

We live in a sweet spot by most metrics. A golden age. Historically, so few recognize it when they have it so good.

Bitcoin is big enough to be of interest to many, and yet is still niche enough in a global context to have low base-layer fees. Suitcoiners are happy to add to its scale, and yet cypherpunks can also build, and users can transact right on the base layer, and move to Lightning and Ark and BitVM and Liquid and any sort of trade-off they want if fees get high.

And you're bearish, anon?

The real battle, though, is the ongoing government crackdown on privacy.

Bitcoin itself is in a pretty good technical place. It's a great tool. Certain conservative low-risk covenants might make it better, but even the existing design space is great and still expanding.

The US, Europe, and China cracking down on privacy is the threat. The headwind. And they're all expected. They're not surprising, but they're indeed fierce. That's the real battle- for the hearts and minds of people to embrace why privacy and permissionlessness are good traits.

In this ongoing funny contrast between podcasters and developers, that's the ideal role of podcasters- to spread the good news of what developers have built. To educate people. To tell them what's now possible thanks to developers. To articulate why cypherpunk values are good to a broad non-technical audience. That's where the overlap is. In overly-simplistic D&D terms, those with high CHA try to spread the work of those with high INT. It's not so much that "governments" are the problem. Governments often at least partially represent the people. If you convince a lot of people that privacy and sound money are good things, then you defang the problem. And you also challenge them legally in jurisdictions where it makes sense.

The technical foundation is good. The development of the past 16 years has been amazing, and it has brought us here. The scale has reached institutions, which is expected, not a threat. The actual threat is not treasury companies; it's anti-privacy regulations by governments. And more deeply that's a social issue, given how many people accept it. A vast amount of people believe privacy is only important for bad people who have something to hide. There's a ton of education work to do on it. Privacy is good. It's the default. But most people don't realize it when it comes to money.

We're winning. For 16 years ya'll have been amazing. But we'll need another 16 years more. More developers. More podcasters. All of it. We're a $2 trillion in market cap entering into a global fiat network of hundreds of trillions. And as their own institutions melt down from their own failures, their own top-heavy demographics and false promises, they will look for scapegoats. They will look toward those who are winning, and say they are the enemy.

When interviewers ask my price predictions, I tend to be conservative. That's mostly a liquidity assessment, and a rotation from OGs to new buyers. Price growth does take time.

But under that surface, I also have the benefit of being a general partner at among the largest bitcoin-only venture funds. I see what people are building, and I'm bullish. And for those who are working on stuff that doesn't align with profit, entities like the HRF and OpenSats are doing great work. Across all of the options, people are building great things.

I couldn't be more bullish on the ecosystem that's in place. All of you.

Let's go.

Good evening.

Davani. #Bitcoin 4mo ago

Sure, Lyn. Now I understand why everybody is so scared of these taboo questions. It's not lack of intelligence, which you have exponentially more, but a psychological-emotional issue.

Even though you are a brillian engineer & macro-analyst & Bitcoiner, you - like 99% - do not even dare to look at the hard-core scientific & technological data, facts, and reality of truth.

Let me make it really simple for you who comprehend the essence of time, which humanity aint having much.

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Introduction to Magnetic Pole Shifts

- The video begins with an update on the magnetic pole shift extinction event, referencing a previous video from a year ago.

- Recent studies have confirmed correlations between magnetic pole shifts and mass extinctions, prompting a revisit of the topic.

- Links to the new studies are provided, highlighting their significance in understanding the risks associated with magnetic pole shifts.

Current State of Earth's Magnetic Field

- The Earth is currently undergoing a cyclical magnetic pole shift, known as a geomagnetic excursion, which historically has led to extinction events for various species.

- The weakening of the magnetic field and the shifting of the magnetic poles occur regularly on a cycle, with current indicators suggesting that this cycle is approaching again.

- NASA and geophysicists reported a 10% decrease in the magnetic field in 2000, which was later updated to a 15% decrease by the European Space Agency in 2010.

- The rate of loss of the magnetic field has accelerated from 5% per century to 5% per decade, with projections indicating a potential 50% reduction by the early 2030s.

Implications of Magnetic Field Weakening

- The weakening magnetic field poses significant risks to technological infrastructure and weather patterns on Earth.

- A new chapter from a university textbook discusses the implications of space radiation and extinctions, emphasizing the role of ozone loss and increased exposure to cosmic rays.

- The Earth's magnetic field serves as a protective barrier against harmful radiation; its weakening increases vulnerability to climate chaos and radiation exposure.

Environmental and Biological Consequences

- Magnetic pole shifts correlate with significant environmental stress, leading to extinctions due to increased radiation and climate instability.

- Recent studies have linked past mass extinctions directly to magnetic pole reversals, highlighting the potential for future events.

- The auroras, while visually stunning, are also indicators of environmental changes, with increased occurrences affecting the ozone layer and overall ecosystem health.

Radiation Effects on Climate and Life

- Increased solar radiation penetration due to the weakened magnetic field leads to ozone depletion, allowing more ultraviolet light to reach the Earth's surface.

- This extra ultraviolet radiation contributes to rising temperatures and exacerbates extreme weather events, including heat waves, storms, and droughts.

- The effects of cosmic rays also amplify particle radiation, causing cellular dysfunction and mutations in living organisms.

Impact on Biodiversity and Ecosystems

- The weakening magnetic field alters the distribution of radiation, exposing more life-sustaining regions to harmful effects.

- Species that rely on magnetic fields for navigation, such as birds and marine animals, face increased challenges in migration and reproduction.

- Plants also depend on the magnetic field for growth and reproductive processes, making them vulnerable to the shifts in environmental conditions.

Human Dependence on Technology

- Human society is heavily reliant on electricity, and a significant weakening of the magnetic field could lead to catastrophic failures in power grids.

- The potential loss of electricity would disrupt critical infrastructure, including water treatment, food transport, and communication systems.

- Such a scenario would have dire consequences for human survival and the stability of modern society.

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