My Ultimate Sign-in System Made Me Invincible

Chapter 459  Intense Discussion On LucidNet (2)

The post randomly appeared on Dr. Johnson’s screen. He had been trying to sleep but has been unable to, for so many reasons.

He was a theoretical physicist at MIT, specializing in energy systems and quantum mechanics. His work on miniaturized power generation had earned him a MacArthur Fellowship three years ago, and his papers on energy density limitations were considered foundational reading in the field.

He’d been following the Lucid phenomenon with the detached interest of someone who appreciated elegant engineering but remained skeptical of marketing hyperbole.

One of his friend’s son had been one of the lucky ones in last month’s pre-order event, and the kid had been pretty insufferable about it, which was understandable. He finally won the most lottery ever.

But now, at past midnight, staring at this thread that had somehow accumulated nearly a billion views, Johnson felt something shift in his perspective. The conversation had moved beyond hype and speculation into territory that touched directly on his area of expertise.

The claims being made weren’t just ambitious. They were, by every known principle of physics and engineering, impossible.

He read through the thread three times, making notes, cross-referencing the unconfirmed technical specifications he got from briefly studying his friend’s son Lucid, and checking his own understanding against the laws of thermodynamics, information theory, and materials science.

Then he opened a new post and began to write.

***

On the Theoretical Impossibility of the Lucid Device: A Technical Analysis

I’m writing this at this time of the night because I’ve spent the last few hours reading through discussions about the Lucid device’s capabilities, and I feel compelled to address some claims being made with what I hope is useful technical context.

Let me be clear from the outset: I don’t own a Lucid device but I had briefly examined one personally, and it’s from my firsthand observations that I can speak to the technical implications with reasonable confidence.

What follows is not a dismissal of Nova Technologies’ achievements. It’s an attempt to articulate why, from a pure physics standpoint, the Lucid device should not exist—and what would need to be true for it to exist anyway.

1. The Power Problem

Let’s start with the most fundamental issue: energy.

The Lucid device reportedly:

– Runs continuously without external charging

– Powers graphics processing capable of rendering 16K resolution at high frame rates

– Maintains wireless connectivity at 10 terabytes per second—using Lucid Air connection speed as basis.

– Operates indefinitely without any degradation in battery capacity

This is thermodynamically extraordinary.

Modern smartphones, which are far less powerful than the Lucid, require charging every 12-24 hours under normal use. Gaming laptops with dedicated GPUs drain their batteries in 2-3 hours under load. The Lucid is supposedly doing computational work that exceeds both while never requiring external power.

The only way this works is if one of the following is true:

A) The device has an energy source we don’t recognize. Not a better battery—an entirely different energy generation method. Room-temperature fusion, zero-point energy extraction, or something we don’t have names for yet.

B) The device violates conservation of energy, which would require rewriting fundamental physics.

C) The computational architecture is so radically efficient that it operates on energy scales we’ve never achieved—possibly quantum-based, possibly something else entirely.

Any of these options represents a scientific breakthrough of Nobel Prize magnitude. Multiple Nobel Prizes, actually.

2. The Connectivity Problem

The Lucid Air reportedly provides 10 terabytes per second wireless connectivity with zero distance limitation anywhere on Earth.

Let me contextualize that number.

Current 5G networks, in ideal conditions, achieve roughly 1-2 gigabits per second. That’s 0.001 terabytes per second. The Lucid Air is supposedly providing ten thousand times that bandwidth.

But bandwidth is only part of the problem. The real issue is physics.

You can refer back to Dr. Sarah Chen’s article from last month, on the impossibility of Lucid Air.

Everything she said in that article, are exactly what I want to say.

3. The Processing Problem

The Lucid device runs AI locally that reportedly exhibits human-level reasoning and contextual understanding.

Current AI models that approach anything resembling human-level reasoning run on data centers with thousands of GPUs consuming megawatts of power. The inference compute alone for a single query can require significant processing resources.

The Lucid is supposedly doing this on a handheld device, continuously, while also rendering 16K graphics and maintaining 10TB/s connectivity, without external power.

The processing architecture would need to be:

– At least 10,000 times more efficient than current silicon-based computing

– Operating on principles that bypass traditional computational bottlenecks

– Possibly leveraging quantum computing, photonic computing, or biological computing at scales we haven’t achieved in laboratory settings

4. The Materials Problem

All of the above challenges assume we’re working with known materials and engineering approaches.

But the Lucid device’s physical form factor—reportedly compact, lightweight, and cool to the touch even under heavy computational load—suggests materials science breakthroughs that are equally significant.

Heat dissipation alone should make the device impossible. The amount of computational work being done should generate heat that would require active cooling systems. The device apparently doesn’t have them, or doesn’t need them.

This implies either:

– Superconducting materials operating at room temperature (a breakthrough that would revolutionize every industry on Earth)

– Novel thermal management that redirects heat in ways we don’t currently understand

– Computational processes that don’t generate heat in the traditional sense

5. The Timeline Problem

Here’s what troubles me most as a scientist:

Every breakthrough I’ve described, from energy generation, wireless communication, processing efficiency, to materials science, represents years or decades of research by thousands of scientists.

We’re not talking about incremental improvements to existing technology. We’re talking about fundamental leaps in multiple fields simultaneously.

The standard trajectory for this kind of advancement would be:

– Theoretical breakthrough (5-10 years)

– Laboratory proof of concept (5-10 years)

– Engineering for practical application (10-20 years)

– Manufacturing at scale (5-10 years)

We’re looking at 25-50 years per breakthrough, minimum, with massive funding and global collaboration.

Nova Technologies apparently made all of these breakthroughs simultaneously, in secret, and brought them to market in a consumer device.

That timeline isn’t just ambitious. It’s historically unprecedented.

Conclusion

I’m not writing this to dismiss the Lucid device or suggest it’s somehow fraudulent. The device clearly exists. People are using it. The results are visible.

I’m writing this to articulate the magnitude of what Nova Technologies has achieved—and to point out that achievement requires explanations we don’t currently have.

Either:

A) Nova Technologies has access to scientific knowledge and engineering capabilities that are 30-50 years ahead of the current state of the art across multiple disciplines

B) They’ve made fundamental discoveries in physics, materials science, and computer science that haven’t been published or peer-reviewed but are nevertheless real and functional

C) They have access to technology or knowledge from a source we’re not aware of

None of these options are comfortable from a scientific perspective. But one of them has to be true.

Because the alternative, that the Lucid device works the way it appears to work using principles we already understand, is physically impossible.

Dr. Benedict Johnson

Professor of Theoretical Physics, MIT

MacArthur Fellow

Published researcher in energy systems and quantum mechanics

(Personal note: I hope I would be able to get one next month, so that I can start using the Terra game and Starfall Dominion for scientific research.)

***

Johnson posted the article at 4:23 AM and immediately closed his laptop. He’d spent enough time on social media for one night. He needed sleep.

He had no idea that by the time he would woke up seven hours later, the article would had been viewed 1.4 billion times.

The response was immediate and overwhelming. Scientists from across multiple disciplines began weighing in, some supporting his analysis, others pushing back with alternative explanations, and still others admitting they had no explanation at all.

Dr. Elena Vasquez, a materials scientist at Stanford, posted: “Johnson’s analysis of the thermal management problem is spot-on. I’ve been trying to figure out how the Lucid device handles heat dissipation since Month 1. The computational load should generate enough heat to make the device uncomfortable to hold. It doesn’t. That alone suggests materials science we don’t have access to.”

A quantum computing researcher from IBM posted: “I’ve been theorizing that the Lucid’s processing architecture might be quantum-based, but even that doesn’t fully explain the capabilities. Quantum computers excel at specific types of problems, not general-purpose AI reasoning. Whatever Nova Technologies is using, it’s not just scaled-up quantum computing.”

But it was when Dr. Richard Dawkins, a senior engineer at NASA’s Jet Propulsion Laboratory, entered the conversation that things reached a different level entirely.

Dr. Dawkins had worked on power systems for deep space probes, communications arrays for Mars missions, and advanced materials research for spacecraft that needed to survive extreme conditions.

His post was characteristically measured but carried weight that made people stop scrolling:

“I’ve read Dr. Johnson’s analysis and the subsequent discussion with great interest. I want to add a perspective from someone who works on technology designed to function in the most hostile environments humans have ever attempted to operate in.

Space technology pushes the absolute limits of what’s possible with current physics and engineering. We spend billions of dollars and decades of research to achieve incremental improvements in power efficiency, signal strength, and computational capability.

The Lucid device, as described, exceeds our most advanced space technology in every meaningful metric. And it does so in a consumer device that costs $700.

Our Perseverance rover on Mars runs on a Multi-Mission Radioisotope Thermoelectric Generator that cost $75 million to develop and produces 110 watts of continuous power. The Lucid apparently generates equivalent or greater power from an unknown source in a handheld form factor.

Our Deep Space Network uses 70-meter dish antennas to maintain communication with spacecraft at the edge of the solar system, achieving data rates measured in kilobits per second. The Lucid Air achieves terabytes per second with a device that fits in your hand.

I’m not saying the technology is impossible. I’m saying it represents a gulf between current capabilities and demonstrated performance that I don’t have a framework to explain.

If Nova Technologies were to publish even a fraction of the underlying science, it would revolutionize not just consumer electronics, but space exploration, satellite communications, power generation, and a dozen other fields immediately.

The fact that this technology exists in consumer hands while remaining proprietary and unexplained is, from my perspective, one of the most significant developments in modern science.

I’m also painfully waiting for the CEO to give us information on how the was able to revive Voyager 1. There’s really do much that we don’t know yet.

Dr. Richard Dawkins, Senior Engineer, NASA Jet Propulsion Laboratory”

The thread exploded.

LucidNet’s servers, which had handled 3.2 billion users without apparent strain, were now processing comment threads that branched into thousands of sub-discussions, each one attempting to reconcile scientific understanding with observable reality.

Physicists debated energy generation methods. Engineers discussed materials science. Computer scientists theorized about processing architectures. Mathematicians tried to model the information transfer rates. Everyone had questions, and no one had satisfying answers.

The original poster—the semiconductor manufacturing worker who’d sparked this entire cascade with an off-hand comment—posted again, their tone shifting from casual observation to vindication:

“So. Multiple PhDs, including someone from NASA, have now confirmed what I said hours ago: this technology shouldn’t exist with our current understanding of physics.

To the person who said top tech companies will replicate this in ten years: do you still believe that? Because the actual scientists are saying we don’t even know what principles the Lucid operates on, let alone how to replicate them.

This isn’t just advanced engineering. This is something else entirely.”

The discussions continued, branching into philosophy, economics, geopolitics, and speculation about where Nova Technologies had acquired knowledge this advanced. Some suggested classified military research had been commercialized. Others theorized about breakthrough discoveries being kept quiet. A few even ventured into territory involving non-human sources of technology, though those posts were generally treated as fringe speculation.

But beneath all the theories and debates was a shared recognition: the Lucid device represented a discontinuity in technological progress that couldn’t be easily explained by any conventional narrative.

***

It was now 6:34 AM on the East Coast. The sun was rising over millions of people who hadn’t slept, still caught in the gravitational pull of discussions that had started with a simple pre-order event and spiraled into fundamental questions about physics, power, and the nature of technological advancement.

LucidNet’s activity metrics showed no signs of declining. If anything, engagement was intensifying as more people woke up and discovered what they’d missed during the night.

This was how it always went after pre-order events. The conversations would continue for three or four days minimum, gradually declining as people exhausted their immediate reactions and returned to daily life. Then, the following week, it would all ignite again when delivery day arrived and millions of people would watch the small delivery drones descend from the sky.

But just as the conversations were beginning to settle into familiar patterns and just as people were starting to think they’d processed everything Nova Technologies had to announce for one night, a new post that would trigger the biggest wave of reactions, appeared on the company’s official page.

I know you all want to see the announcement already and it’s coming in tomorrow’s chapters.