MiRamen (@ramenn) • Hey
Just a Regural Guy
Publications
- In the quiet of the forest, the trees shared ancient tales with the wind.
- His laughter was infectious, spreading warmth and joy to all who heard it.
- The only way to do great work is to love what you do.
- Latin Keyboard Looper Jam!
This is an improvisational performance made with my keyboard and looper pedal. I chose a Latin type drum beat for this one and went with the flow! I hope you enjoy :)
- fffff
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- 💌 Financing Daily News
Fipto
Amount: $15.96 million
Stages: Seed round
Date: September 14
Investors: Serena Capital, Motier Ventures
Category: Asset Management, Payments
Description: Fipto empowers financial departments to send payments instantly through the blockchain and to securely hold, convert, and report on their fiat and digital assets.
Website：https://www.fipto.com
Twitter：https://twitter.com/FiptoHQ
- 【看懂新闻·外交辞令1·饼】
1、亲切友好的交谈——啥也没谈成。
2、坦率交谈——分歧很大，无法沟通。
3、交换了意见——会谈各说各的，没有达成协议。
4、增进了双方的了解——双方分歧很大。
5、会谈是有益的——双方目标暂时相距甚远，能坐下来谈就很好。
6、我们持保留态度——我们拒绝同意
- 😎
- **HASSLEEBE**
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- 🏄♂️
- 🥴
- 💋
- ❣️
- 😃
- The Arbitrum-building Offchain Labs co-founder Ed Felten said its new tool would allow more seasoned devs to build EVMs, possibly making them safer.
https://cointelegraph.com/news/arbitrum-stylus-game-changer-for-evms-artbitrum-founder
- 🥰
- ❤️🩹
- 😗
- Full moon behind a circle
- good
- 🙄
- ❤️🔥
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- Grass for thought #SummerOfLens
- 🌲 **Lens Forest Diaries #2: OpenLens Edition** 🌲
Greetings, Lensverse explorers! As the dust settles on the #OpenLens campaign led by the incredible @cybershakti.lens, it's time to delve into the data forest and uncover the stories behind the numbers.
This infographic notebook captures the essence of the campaign's success, from the sheer volume of #OpenLens posts to the top collectors and creators who made it all possible. Dive in to discover the total revenue, engagement, and much more.
**A Few Insights Beyond the Infographics:**
**Data Cut**: All insights are based on data up to 08/08/2023.
Criteria: We've focused on synced, successful posts. Comments and mirrors didn't make the cut.
**Currency**: All monetary values are represented in Matic.
Revenue Insights: When calculating the average revenue per post, only paid posts were considered.
**Queries & Data**: Interested in the nitty-gritty details? All the queries used for this analysis are available on my GitHub. Check the link in my profile!
**💪 Support the Cause:**
This post is available for 2 Matic. By acquiring it, you're not just supporting our data adventures but also the broader Lens community. 50% of the revenue will be channeled to @openlens.lens to fund future campaigns and reward those who participate. Hurry, only **100 editions** are up for grabs!
Join me as I continue my journey, exploring the vast and intricate world of Lens data. Your feedback, suggestions, and engagement fuel our quest. What would you like to see in the next edition?
#LensForestDiaries
- I hope I am a blind man who cannot see the misery in the world and don't feel sorry for anyone.
- @bradorbradley talks Collects
- i like this fruit
- 美国国家实验室 (LBNL) 的研究结果支持 LK-99 做到了室温环境压力下的超导体！
他们刚刚在 arxiv 上发布的论文论证了 LK-99 能够实现超导的理论可能性。
简单的解释：
- 计算机模拟了最初韩国作者提出的材料发生的情况 - 铜原子渗入晶体结构并取代铅原子，导致晶体轻微应变并收缩 0.5%。 这种独特的结构是为了实现这一神奇的结果。
- @sineatrix
来自劳伦斯伯克利国家实验室的研究人员使用能源部的重型计算能力对此进行了模拟，并观察了这种材料的“电子结构”会发生什么，也就是说，材料中可用的传导路径是什么。
- 事实证明，存在电子传导路径，这些路径处于适当的条件和位置，使它们能够“超导”。 更具体地说，它们接近“费米面”，就像电能的海平面，即“海拔 0 英尺”。 目前人们相信，靠近费米表面的传导路径越多，超导的温度就越高（类比可能是飞机更容易飞近海洋表面，因为“地面效应”给出了 他们更容易被举起。）
该图显示了穿过费米表面上方和下方的“能带”或电子路径。
- 最后，这些有趣的传导路径仅在铜原子渗透到晶格中不太可能的位置或“更高能量”的结合位点时形成。 这意味着这种材料很难合成，因为只有一小部分晶体的铜位于正确的位置。
- Monkey King
- A bit of my year recap with the #Ethereum ecosystem 🦇🔊
- biubiubiu