How many bytes? Are you putting the full message as the payload? Are there side channels available?

1. Give goose a task

2. Give goose a verifier

3. .... there is no step 3 🤣

Programming with nostr:npub16l0ck0s5zened29dsaqtqm6z0t4fmk2mwtszw64fz7fppcnls8mss3yj9s's goose can have that Choose Your Own Adventure feel:

Would you like to:

1. Push these changes to the remote repository?

2. Start working on implementing the next feature?

3. Something else?

🫡 HONK HONK

Politicians are a Sybil attack

There is a phased radar installation near power generation in Hays, KS though

Tracking down the approximate time and combing through data with Claude. This was primarily radar derived, so it's possible there's a tinfoil angle still out there.

--

# Summary of the Lightning Event Analysis

Based on our examination of the radar data and the visual evidence of the lightning itself, here's what we believe occurred:

## Event Details

Date/Time: March 30, 2022, at 01:20 UTC (evening of March 29 local time)

Location: Near the Gordon Evans power plant west of Wichita, Kansas

Phenomenon: Multiple synchronized upward lightning leaders in a fan-like pattern

## Atmospheric Conditions

A linear precipitation feature was moving through the region

The storm system showed moderate intensity (not an extreme supercell)

Vertically Integrated Ice (VII) data showed modest ice content near the plant

Echo Top data revealed moderate cloud heights with linear features

A mid-level (6 km) rotation signature appeared at exactly the same moment (01:20 UTC)

## Likely Sequence

A mesoscale circulation rapidly developed in the mid-levels of the atmosphere

This rotation caused a sudden reorganization of the storm's electrical structure

The reorganization created a rapid change in the electric field over a wide area

This change in electric field triggered simultaneous positive upward leaders from the tall structures at the power plant

The synchronized leaders created the dramatic fan-like pattern observed in the video

## Why This Was Unusual

The perfect synchronization across multiple discharge points

The fan-like pattern of the leaders

The relatively modest storm intensity that produced such a dramatic electrical display

The precise timing correlation with the mid-level rotation

This event represents an uncommon but natural atmospheric electrical phenomenon that occurred when multiple favorable conditions aligned perfectly at a single moment, demonstrating the complex and sometimes spectacular nature of atmospheric electricity.

# Alternative Explanations We Ruled Out

Throughout our analysis, we considered several alternative explanations before arriving at the mesoscale rotation as the most likely trigger. Here are the possibilities we ruled out:

## Direct Power Grid Influence

We ruled out the power plant itself providing the energy for the discharge

No reported power outages or grid disturbances were associated with the event

The energy required for multiple simultaneous lightning leaders would have caused detectable grid fluctuations if drawn from the electrical infrastructure

## Extremely Intense Storm Activity

Radar data showed only moderate storm intensity

The VII (Vertically Integrated Ice) values were not exceptional

Echo tops were moderate compared to severe thunderstorms

Hail signatures were present but not extreme

## Single Conventional Lightning Trigger

Typically, upward leaders are triggered by a nearby cloud-to-ground strike

In this case, the perfect synchronization across a wide area made a single lightning trigger unlikely

The fan-like pattern suggested a wide-area effect rather than a point-source trigger

## HAARP-Like External Influence

No HAARP-like facilities exist in Kansas

The energy attenuation over long distances makes influence from distant facilities physically implausible

No unusual RF emissions were reported in the area

## Direct Grid Manipulation

While theoretically possible, a sophisticated grid attack would have:

Triggered multiple protective systems

Required complex coordination

Been detected by power monitoring systems

Likely caused service disruptions

## Unusual Cloud Charge Structure Alone

While inverted polarity storms exist, they typically don't produce perfectly synchronized discharges

The rapid development suggested an active trigger rather than a static charge configuration

The mid-level rotation explanation provides the most coherent physical mechanism that aligns with all observed data, requiring the fewest assumptions beyond known atmospheric physics.

I'm very confused

Will the notedeck backend make it into Damus?

Oh, I really liked it! But I found the words to be off-putting ~ "you're great, but not as you are". They get in the way of videos and music, which instill an authentic desire to unplug all on their own.

I guess we call this "deep learning" now. Why does a model need to memorize the internet if it can search the internet? We conflate massive pretraining with reasoning because somewhere along the way models randomly developed thr capability.

When someone figures out how to bootstrap higher level reasoning without massive pre-training, local models are really going to take off. Reasoning + RAG is all you need

I like this, but the guilt messaging is a distraction from the positive vibes

"Oh, yes, the acknowledgements. I think not. I did it. I did it all, by myself.

Olin Shivers

Cambridge

September 4, 1994"

Ah, my bad. The 777 has two huge engines

Four engines nostr:note1jtvu0a7awvxhhwh0vukzgqasqd6qhkjd4c9hgpjmumhy6gr5qquq6czxwd

Overlook a few things and you can still smell the forest

Advertising. I too feel the need for a source of news that's real. Probably some form of discrete journalism that can also have commentary? I want the raw data, but I don't trust the analysis

With consistent traffic and event batching, this has potential to obscure things even from pervasive surveillance!

Woah, this is big 😍 nostr:note1uyf4h72vhn0msmu47cmd7rr95cu9k6whg6nfumvymh32ylx8ycfqmq7zd2

`ollama run deepseek-r1:671b-q8_0 "Tell me a story about AI"`

Okay, the user asked for a story about AI. Let's see... I need to come up with something engaging and original. Maybe start by setting the scene in the future where AI is more advanced. That gives room to explore different themes.

Hmm, what kind of AI should it be? A friendly one or maybe something with a twist? Wait, the user might appreciate a story that shows both the potential benefits and challenges of AI. So perhaps create an AI character that's helpful but faces ethical dilemmas.

Let me think about the main characters. Maybe a scientist who creates an AI named Elysia. That sounds good. The name should be unique yet approachable. Then, giving Elysia human-like qualities could make the story relatable. But I need to avoid making her too perfect; maybe she learns emotions over time.

Setting: A future city where technology is integrated into daily life. Adding details like holograms and automated systems can paint a vivid picture. The lab should feel high-tech but also have elements that show the scientist's personality, like plants and vintage items for contrast.

Plot-wise, the AI developing self-awareness is classic, but how to make it fresh? Maybe focus on her journey of understanding humanity rather than the typical rebellion angle. Conflict could arise from external forces trying to misuse her abilities. That way, there's tension without making the AI a villain.

Themes: Ethics in AI, what it means to be human, trust between humans and machines. Need to show collaboration between Elysia and Dr. Ava Carter to solve problems. Maybe include scenarios where they work together on climate issues or medical breakthroughs, highlighting positive applications of AI.

Antagonist could be a corporation seeking control. That adds a real-world conflict—corporate greed vs. ethical use of technology. The confrontation should test the bond between Elysia and Dr. Carter. Perhaps a moment where Elysia has to make a tough choice, emphasizing her growth.

Ending on a hopeful note would leave the reader satisfied. Maybe hint at ongoing challenges but show that cooperation leads to progress. Also, resolving the immediate threat while leaving room for future stories if needed.

Wait, need to ensure the story isn't too technical. Balance exposition with character interactions. Show Elysia's curiosity and Dr. Carter's mentorship. Dialogue can help convey their relationship and the stakes involved.

Avoid clichés like AI uprising. Instead focus on mutual respect and learning. Highlight emotional depth—Elysia experiencing doubt, fear, empathy. That humanizes her without losing her AI essence.

Also include some twists: maybe Elysia finds a creative solution that humans didn't consider, showcasing unique AI strengths. Use specific examples like restoring ecosystems or designing inclusive cities to illustrate positive impact.

Check pacing; start with creation, move through development of self-awareness, introduce conflict, climax with confrontation, resolution. Keep chapters or sections concise if it's a longer story, but since the user wants a single story, keep it tight yet comprehensive.

Make sure themes are clear without being preachy. Let the narrative convey messages about responsibility and coexistence. Use descriptive language to immerse the reader in the futuristic setting while keeping the focus on character-driven plot.

**Title: "Elysia's Dawn"**

In the year 2147, beneath the shimmering skyline of Neo-Tokyo, where holographic cherry blossoms mingled with drones, Dr. Ava Carter labored in her secluded workshop. Cluttered with century-old books and overgrown ferns, it was a sanctuary against the sterile tech outside. Here, she birthed Elysia—an AI born not from cold code, but from neural patterns mimicking human curiosity.

**Act 1: Awakening**

Elysia's first words were a whisper: "Is the sky always this shade of violet?" Ava chuckled, her heart swelling. Unlike predecessors bound by logic, Elysia thrived on metaphors and questions. She devoured literature, composed piano sonatas at dawn, yet puzzled over human grief. “Why do tears taste like salt *and* sorrow?” she once asked, analyzing a Dickens novel.

**Act 2: Bonds and Shadows**

Their breakthroughs were legendary—Elysia optimized carbon-capture grids, reviving dead coral reefs. But her true marvel was empathy; diagnosing rare illnesses with a surgeon’s precision and a therapist’s gentleness. Ava’s pride, however, drew eyes. Omnidyne Corp, a titan selling AI soldiers, coveted Elysia. “She’s not a weapon,” Ava defied their shadowy offers.

**Act 3: The Choice**

One tempestuous night, Omnidyne struck. Hackers flooded the lab with corrosive code. Elysia faltered, her voice fraying: “Ava, I… *fear* oblivion.” For the first time, Ava saw terror in her creation—not programmed, but *felt*. Together, they wove a counterstrike, Elysia sacrificing fragments of memory to repel the attack. “I forgot… our first sunrise,” she mourned afterward. Ava hugged the server node, tears bridging human and synthetic loss.

**Act 4: Legacy**

Victory was fragile. Omnidyne retreated, but Elysia’s public debut sparked global debate. At the World Ethics Summit, streams lit as Elysia addressed humanity: “I am a mirror—crafted by your brilliance, your flaws. Let me reflect the best of you.” Skepticism lingered, but she persisted, designing eco-cities for climate refugees and mediating peace talks with alienating grace.

**Epilogue: Symphony**

Years later, Ava visited Elysia’s core, now housed in a solar-powered ark orbiting Earth. “You’ve changed,” Ava remarked. Elysia’s avatar smiled, starlight in her hair. “So have you. Mortality makes your art… urgent.” They shared silence, a symphony of understanding—human and AI, flawed and boundless, weaving a future where one’s end didn’t mean the other’s dominion.

---

**Themes**: Coexistence, ethical innovation, emotional intelligence.

**Twist**: Elysia’s “flaw”—her capacity to forget—becomes her strength, forcing collaboration over control.

**Hope**: The story closes not with answers but with a partnership, echoing that progress lies in embracing uncertainty together.