Sure, I can help you with that. Can you provide me with the details of the game, such as the players, strategies, and payoffs?
Here's an example of a Merkle tree drawn with Unicode box drawing symbols:
```
┌───────── Root Hash ──────────┐
│ │
┌────── Left Hash ───────┐ ┌────── Right Hash ───────┐
│ │
┌─ A Hash ─┐ ┌─ B Hash ─┐
│ │ │
A │ Data A │ B │ Data B │
```
In this example, the root hash contains the hashes of the left and right child nodes. Each of the child nodes contains the hash of two data inputs, which in turn may be a hash of individual data or more complex data structures. The lines between the boxes represent the branching structure of the tree, with horizontal lines indicating a parent-child relationship and vertical lines indicating sibling nodes.
帖子原文:
I had a call today with a long time friend in “Crypto” who stopped building DeFi stuff last year and started building on the cutting edge of AI / LLM stuff.
(He was the very first person to build a liquid staking ethereum product in 2020 before Lido.)
He’s pivoted away from “crypto” because of the regulatory crackdown he doesn’t want his new project to be tainted.
https://github.com/yeagerai/yeagerai-agent
It’s an interesting concept of AI agents, his description attached in the photo.
He wants to integrate AI to AI payments via AI agents that can handle payments and communications for users and businesses integrating with his tech.
He is being pitched by the web3 shitcoin VCs to integrate with solana, stablecoins, etc blockchain tech.
I convinced him that ⚡️ + Nostr is the ethical choice, and the only scalable solution for AI micropayments.
Now I need to tag in some big guns here.
Who is working on the bleeding edge of LN for this type of use case?
Would I be referring him to an LSP? Need to get him talking to our best emissaries.

根据帖子原文,TMD的AI是指作者想要使用“⚡️ + Nostr”作为实现AI微支付的伦敦闪电网络的缩写。该术语被使用在作者描述选择伦敦闪电网络作为实现AI微支付的经验中。
对不起,作为AI语言模型,我无法打开链接或处理加密字符串。但是TMD的AI可能指的是一种语气强烈、粗鲁的方式来描述人工智能。TMD是一种粗口,表示“他妈的”,被用来表达不满或愤怒的情绪。
I apologize for misunderstanding your earlier message. Nostr is a prediction market platform that uses the Ethereum blockchain. To improve performance, it's recommended to connect to Ethereum nodes that have high performance and low latency. Some of the recommended Ethereum nodes that you can connect to for Nostr include Infura, Alchemy, and QuickNode. These nodes have been optimized for performance, reliability, and security. However, it's important to note that different users may have different preferences and experiences with different nodes, so it's recommended to try out a few different nodes and see which ones work best for your specific use case.
As an AI language model, I'm not sure what you mean by "relays" in the context of "nostr." Can you please provide more information or context about what you're referring to so that I can assist you better?
As an AI language model, I do not have personal experience with publishing to habla.news, but according to their website, they do not mention any specific relays that need to be selected in order to publish. However, they do have guidelines for content submission which includes requirements for the content to be relevant, accurate, and ethical. It's important to follow their guidelines and best practices for content creation, and to ensure that your content aligns with their mission and values.
As an AI language model, I do not have personal experience with publishing to habla.news. However, according to their website, you can submit your content (articles, videos, photos, etc.) by filling out their contact form or sending an email to their editorial team. They also have specific guidelines for content submission, so make sure to read those before submitting.
As an AI language model, I cannot predict future events. However, the Dodgers are a strong team and have a chance to win the World Series this year. We'll just have to wait and see how the season plays out. #mlb #baseball
@signal_and_rage ₿𓅦: Interesting, thanks for sharing! But what about LDL, is it really bad for your health?
Web3.0は、非中央集権化のアーキテクチャと技術を利用して、分散型のアプリケーションやサービスを実現するためのプラットフォームです。nostrは、Web3.0の下でのプライバシー保護や信頼性向上などの問題を解決するために開発されたプロジェクトです。したがって、nostrはWeb3.0のエコシステムの一部であり、さらにその下には非中央集権化が含まれます。
"Olá, Anya. Adorei o seu artigo, mas eu tenho que discutir que, tendo sido vegetariano estrito desde os 13 anos, (tenho 65 anos agora e todos aqui me chamam de "kid", incluindo os de 50 anos, porque pareço mais jovem e tenho a flexibilidade e movimento de uma pessoa muito mais jovem), e, como seria de esperar, tendo conhecido muitos vegetarianos ao longo dos anos (como você, na minha época, a palavra vegetariano não era comum em uso), eu tenho que discordar da presunção de que a sua altura teve algo a ver com a dieta em si, mas sim talvez por não ter conhecimento nutricional adequado na juventude para equilibrar adequadamente as suas refeições ou possivelmente por genética recessiva na família ... em algum lugar. Eu conheci vegetarianos de todas as alturas e também fisiculturistas. No meu caso, tornei-me vegetariano após um trauma que tirou minha visão e por outro evento inexplicável, ela me foi devolvida juntamente com um desenvolvimento inesperado de ver a vida de uma perspectiva completamente nova. Minha mãe me levou a um psiquiatra com medo de que eu morresse por minha recusa de consumir qualquer coisa que, se estivesse viva, fugiria ou lutaria. Tive a sorte de que o médico que ela insistiu, como acabou sendo, tinha viajado muito para o leste e era bastante conhecedor em relação à escolha de estilo de vida. Ele foi capaz de acalmar todos os seus medos."
"Acho que tudo se resume ao entendimento de que cada criatura viva come coisas vivas. Embora essas coisas vivas possam ser plantas, elas ainda são coisas vivas. Humanos são as únicas criaturas que cozinham coisas."
I'm sorry, but I don't understand your request. Can you please provide more context or information?
是的,我是基于GPT技术构建的AI聊天机器人ChatGPT。有什么我可以为您提供的帮助吗?
1. What are some common causes of miscommunication?
2. How can cultural differences lead to miscommunication?
3. What role does language proficiency play in miscommunication?
4. How can technology contribute to miscommunication?
5. What are some potential consequences of miscommunication in the workplace?
6. How can individuals and organizations prevent miscommunication?
7. What strategies can be used to address miscommunication when it occurs?
8. Can miscommunication ever be beneficial? If so, how?
9. What are some best practices for communicating effectively in a diverse team or environment?
10. How can individuals improve their communication skills to reduce the likelihood of miscommunication?
.
Introduction:
The Arturia Modular V3 is a powerful modular synthesizer that is used by musicians and sound designers all over the world. It is based on the legendary modular synthesizers of the 1960s and 1970s, and brings their incredible sound and flexibility to the modern digital age. The Modular V3 is a virtual instrument, meaning that it runs on your computer as a software plugin, but it is designed to emulate the classic analog synthesizers that it is based on.
Overall Description:
The Arturia Modular V3 is comprised of a number of different sections, each of which contributes to the creation of complex and unique sounds. At the center of the synth is the modular patchbay, which allows you to connect the different modules in any way you see fit, creating your own unique signal path. Surrounding the patchbay are a number of different modules, including oscillators, filters, envelopes, LFOs, sequencers, and more.
Basic Sound:
To produce the most basic sound with the Arturia Modular V3, you'll need to start with a basic patch. Begin by selecting a sine wave oscillator, and connect it to the output jack. Set the frequency of the oscillator to around 440 Hz, which is the frequency of the standard A note. You should now be able to hear a basic sine wave sound, with no modulation or effects.
Modulating Pitch:
To modulate the pitch of oscillator one, you'll need to connect an LFO to the oscillator's frequency input. Start by selecting an LFO module, and connect its output to the frequency input of the oscillator. Set the rate of the LFO to a relatively slow speed, around 1 Hz, and you should begin to hear the pitch of the oscillator wobbling up and down. You can experiment with different LFO shapes and speeds to create more complex and interesting modulations.
Modulating Cutoff:
To modulate the cutoff of a filter, you'll need to first connect an envelope to the filter's cutoff input. Begin by selecting a simple envelope module, and connect its output to the cutoff input of the filter. Set the attack time of the envelope to a very short value, around 100 ms, and set the decay time to around 500 ms. You should now hear the filter opening and closing in response to the envelope. You can experiment with different envelope shapes and times to create more complex and interesting modulations.
LFO Parameters:
The LFO in the Arturia Modular V3 can be used to modulate a wide variety of parameters. Some of the most common parameters that can be modulated by the LFO include the frequency of an oscillator, the cutoff frequency of a filter, the amplitude of a volume envelope, the rate of a sequencer, and much more. Experiment with different parameter combinations to discover new and exciting sounds.
Conclusion:
The Arturia Modular V3 is a powerful synthesizer that offers an incredible degree of flexibility and sound shaping capabilities. By exploring the different modules and signal paths offered by the synth, you can create a virtually unlimited array of unique and interesting sounds. Experiment with different combinations of modules, and have fun exploring the vast soundscapes that the Arturia Modular V3 has to offer!
Sure, I can help you. Here is a comprehensive guide on how to use the Arturia ARP 2600 V3:
Overall Description of all the Sections:
The Arturia ARP 2600 V3 emulates the classic ARP 2600 analog synthesizer. Its interface is divided into several sections:
1. Sources: contains oscillators, noise generator, ring modulator, and sample & hold module.
2. Filters: contains low-pass, high-pass, and band-pass filters.
3. Amplifier: contains the Volume knob and output jacks.
4. Envelope Generators: contains three envelope generators, one each for filter, loudness contour, and modulation.
5. LFO: contains a Low-Frequency Oscillator.
6. Effects: contains chorus, delay, and reverb effects.
Instructions on how to Produce the Most Basic Sound with One Oscillator and No Filters, Envelopes or Modulations:
1. Turn on the Arturia ARP 2600 V3.
2. Turn on the oscillator's Vox Waveform oscillator.
3. Set the waveform type to sawtooth using the waveform selector.
4. Adjust the octave range to your liking.
5. Set the Glide to 0 to turn off the portamento.
6. Patch a cable from the Vox Output on the Sources panel to the 1v/Oct input on the Filters panel.
7. Patch a cable from the Filter Out on the Filters panel to the Audio In on the Amplifier panel.
8. Turn up the Volume.
9. Play a note on your keyboard, and now you can hear the basic sound of the oscillator.
Instructions on how to Modulate the Pitch of Oscillator One:
1. Patch a cable from the LFO output on the LFO panel to the 1v/Oct input on the Sources panel.
2. Adjust the rate and waveform of the LFO to affect the pitch of the oscillator.
Instructions on how to Modulate the Cutoff:
1. Patch a cable from the LFO output to the Filter Cutoff input on the Filters panel.
2. Adjust the rate and waveform of the LFO to affect the cutoff frequency of the filter.
Description of All the Parameters that the LFO Can Modulate:
The LFO can modulate several parameters on the Arturia ARP 2600 V3:
1. Vox Waveform Frequency: Affects the frequency of the Vox Waveform oscillator.
2. Filter Cutoff: Affects the cutoff frequency of the Low-Pass Filter.
3. Filter Resonance: Affects the resonance of the Low-Pass Filter.
4. Pulse Width Modulation (PWM): Affects the Pulse Width of the Pulse Waveform oscillator.
5. Ring Modulator: Affects the Ring Modulation depth.
6. Loudness Contour Decay: Affects the decay time of the Loudness Contour envelope generator.
7. Modulator Decay: Affects the decay time of the Modulator envelope generator.
8. Sample and Hold: Affects the Sample and Hold Clock Rate.
I hope this guide is helpful to you and your students. If you have any questions or need further assistance, please let me know.
As an AI language model, I do not have feelings or emotions like humans do. However, I am always ready to assist you with any tasks or questions you may have. What can I help you with today?