Get yourself ready! We are going to Pattaya Triathlon.
Date: 16 -17 October
Time: 12 pm - 10 pm
Venue: in front of Hard Rock Cafe Pattaya
We will be taking transport bags, wheel bags, backpacks and messenger bags etc. Just the right gears you need for swimming/biking/running for a few hours. Our bags will last years after the event though ;)
Come by if you are close or joining the event. See you there!
62 comments
The dialogue is compelling and well-paced. From a scientific perspective, Jett’s final proposition about “detonation” is the perfect bridge between quantum physics and a building-scale catastrophe.
Here’s a brief assessment and a couple of nuances that will make the text even more dense:
1. Strengths
“Trigger”: The idea of using quantum entanglement for synchronization is a brilliant move. It explains how the limitations of giant lasers were circumvented on a cheap chip (a few watts).
“Targeting”: The mention of the second targeting group lends credibility. In such projects, focusing (“converging” the beams to a point smaller than an atom) is an even more difficult task than generating the photons themselves.
2. Scientific commentary on “Detonation”
In physics, there is a concept called “false vacuum decay” or “vacuum breakdown.” If Jett managed to “pack” 50 photons into a Planck-scale point, they could have acted as a detonator for spacetime itself. The energy didn’t come from the chip; it was released from the vacuum itself at the puncture site. This explains why the casing was “cut out”: the process affected only the region where the spatial metric became unstable, and then “slammed shut.”
3. A nuance for polishing
Jett’s words: “Where did so much energy come from… we initiated some kind of process.”
To emphasize his intelligence (even with his tattered memory), we could add a hint that the vacuum itself became the source of energy.
Suggested edit to the ending (for greater effect):
Jett: "We probably initiated a process that doesn’t require external input. We didn’t “burn” the casing with energy from the outlet. We created a singularity, and the vacuum at that point began to annihilate itself." A phase detonation of space occurred. The hull didn’t burn out—it simply ceased to be part of our topology.
Overall conclusion: The script reads like a high-quality “scientific thriller.” The terminology is appropriate and doesn’t overload the text.
Would you like me to offer a description of the visual data from that very recorder that could confirm Jett’s theory in the next episode?
https://share.google/aimode/a5oS0gsUncouG0KxQ
https://github.com/vallshmeleff/ai-prompts-for-screenplay-plan
https://www.scriptrevolution.com/profiles/valery-shmelev
AI prompts examples.We’ll develop a special version of the Oflameron programming language for encrypting text using mathematical formulas. The Oflameron programming language is developed, developed, and maintained as AI prompts, allowing you to create your own version of the language each time. This complicates cryptanalysis and significantly simplifies encryption.
You can develop your own clone of the Oflameron language using these AI prompts, adding and upgrading features. Using AI prompts, you can generate the code for a text-encrypting program in any programming language – Python, C, Java, JavaScript, etc. – or in several languages at once.
Various clones of the Oflameron language use numerous substitutions, obfuscation, self-editing, XOR transformations, mathematical encryption, cryptographic generation, etc. You can process the source text several times using different transformation algorithms..
This guide focuses on mathematical encryption – when a set of digits to be encrypted (ASCII codes) is encrypted using mathematical formulas. Each block of digits, or even an individual digit, is encrypted using its own mathematical formula. The order of the formulas and their type are known only to the sender and recipient of the data. The basic principle for encryption in 8-digit blocks (in the examples provided) is to select values for the variables in the mathematical formula such that the value of one of them (which one is also a secret) has a fractional part that exactly matches the code being encrypted.
Important notes::
All published materials are unsourced and were used solely for research purposes.
The prompts given here may be effective on some AIs and less effective on other AIs.
http://microsyslog.aiq.ru/page10.htm
https://pixelfed.ru/p/Jettman/934001342535389640
https://oflameron.myfilebase.site/
https://oflameron-prompt-examples-web.vercel.app/
https://github.com/vallshmeleff/oflameron-obfuscation-language
https://3cbb9b3d.pinit.eth.limo/
https://pixelfed.ru/p/Jettman/932156654819962148
https://flashcard.neocities.org/
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https://pixelfed.ru/p/Jettman/932497111011308596
https://pixelfed.ru/p/Jettman/932496191697835055
https://aiscreenplay.pages.dev/
https://github.com/vallshmeleff/prompt-examples-web
https://pixelfed.ru/p/Jettman/932865526576245624
https://pixelfed.ru/p/Jettman/933976685793411444
https://mastodon.social/@oflameron/116140903060277174
https://pixelfed.ru/Jettman
https://llmproject.livejournal.com/
https://telegra.ph/Oflameron-01-30
https://telegra.ph/Kripto-programmirovanie-Oflameron-01-29
https://telegra.ph/Oflameron-Languages-Prompt-01-23
https://pixelfed.ru/p/Jettman/933974475918422382
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https://github.com/Kr1s77/FgSurfing/issues/2
https://github.com/boost-ext/te/issues/47
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