一条极端看涨的索拉纳（Sol）鲸鱼刚刚涌入加密货币的凹陷水域，抢购了32,000辆溶胶 - 购买时价值约372万美元。

一条极端看涨的Solana（Sol）鲸鱼涌入了加密货币的凹陷水域，抢购了32,000旧的溶胶 - 购买时价值约372万美元。

An extremely bullish Solana (SOL) whale swooped into the depressed waters of crypto, snapping up 32,000 SOL—worth approximately $3.72 million at the time of purchase.

一条极端看涨的索拉纳（Sol）鲸鱼涌入了加密货币的凹陷水域，抢购了32,000索尔（Sol），在购买时约有372万美元。

The massive buy, executed on Monday, April 9, was quickly noticed by crypto researchers like Lookonchain, who pointed out the striking timing of the trade.

4月9日星期一执行的大规模买入迅速被Lookonchain等加密研究人员注意到，他指出了贸易的惊人时机。

The transactions took place just hours after the U.S. Congress members voted to keep the 90-day tariff deferral on solar cells, a move that sparked a minor relief rally in the market.

交易发生仅在美国国会议员投票通过对太阳能电池的90天关税延期保留关税后数小时，这一举动引发了市场上的较小救济集会。

A whale bought another 32,000 $SOL($3.72M) after 6 months.

6个月后，一条鲸鱼再购买了32,000美元的SOL（372万美元）。

This whale seems to be extremely bullish on $SOL.

这鲸似乎对$ SOL非常看好。

Three years ago, he bought 30,541 $SOL($6.61M) at $216 and didn't sell — even when $SOL dropped below $10.https://t.co/ouiQ0QsxeZ

三年前，他以$ 216的价格购买了30,541美元的SOL（661万美元），即使$ SOL跌至10.https：//t.co/ouiq0qsxez，也没有出售。

— Lookonchain (@lookonchain) April 10, 2025

- lookonchain（@lookonchain）2025年4月10日

The transactions also come as Solana’s first Layer-2 chain, Solaxy (SOLX), saw its presale funding hit the $30 million mark on Monday.

交易也是Solana的第一层连锁店Solaxy（Solx），其预售资金在周一达到了3000万美元。

Could the whale be positioning early for a bigger Solana breakout now that its first L2 infrastructure could be nearing launch?

现在，鲸鱼的第一个基础设施即将发布，鲸鱼是否可以提早定位以进行更大的溶解剂突破？

Or could this whale possibly be one of the early backers helping to drive Solaxy’s presale momentum?

还是这鲸可能是早期的支持者之一，帮助推动Solaxy的预售动力？

Either way, Solaxy isn’t slowing down. The current funding stage is pricing SOLX at $0.001694 for the next 30 hours before a scheduled increase kicks in.

无论哪种方式，Solaxy都不会放慢脚步。目前的融资阶段的定价为在未来30个小时内定价为0.001694美元。

Early adopters can also use the platform’s staking protocol, earning a 135% annual percentage yield (APY), maximizing their holdings ahead of Solaxy’s next move.

早期采用者还可以使用该平台的Staging协议，获得135％的年度百分比（APY），在Solaxy的下一步行动之前最大化其持股。

Solana whale's massive buy already in profit as SOL price rises

随着Sol Price上涨，Solana Whale的大量购买已经在获利

The Solana whale’s massive buy already appears to be in profit. At the time of writing on Wednesday, April 10, SOL is trading at $133.

Solana鲸鱼的大量购买似乎已经是有利可图的。在4月10日（星期三）撰写本文时，SOL的交易价格为133美元。

If the whale held onto the 32,000 SOL, their investment would be worth roughly $4.25 million at current prices.

如果将鲸鱼持有32,000元的Sol，他们的投资将以当前价格的价值约425万美元。

This move mirrors past plays by the same wallet—including a $9 million Solana purchase six months ago and another $6.5 million buy at $216 three years ago.

这一举动反映了同一钱包的过去戏剧，包括六个月前购买的900万美元的索拉纳（Solana）购买，另外650万美元的购买价格为三年前的216美元。

Impressively, the whale held through the downturn when SOL crashed to as low as $10, signaling strong conviction in Solana’s long-term upside.

令人印象深刻的是，当索尔（Sol）跌至低至10美元时，鲸鱼在低迷时期被低​​下，这表明了索拉纳（Solana）的长期上行方面的坚定信念。

According to DeepMind's research, humans have used 99.999999 percent of the universe's energy since the Big Bang.

根据DeepMind的研究，自大爆炸以来，人类使用了99.999999％的能量。

This finding, based on an analysis of astronomical observations and physical constants, highlights the vastness of cosmic time and the relative insignificance of human energy consumption in the grand scheme of the universe.

基于对天文观测和物理常数的分析，这一发现突出了宇宙时间的广阔和人类能源消耗的相对微不足道。

The researchers combined data from various sources, including the Planck mission, to estimate the total energy output of stars over billions of years and the energy density of dark energy.

研究人员合并了来自包括普朗克任务在内的各种来源的数据，以估计恒星在数十亿年内的总能量输出以及暗能量的能量密度。

Their calculations suggest that the human race has consumed an extremely small fraction of the universe's energy since the beginning of time.

他们的计算表明，自从时间开始以来，人类就消耗了宇宙能量的一小部分。

The findings have implications for our understanding of place in the cosmos and the potential for civilizations beyond Earth.

这些发现对我们对宇宙中的位置的理解以及地球以外的文明的潜力有影响。

As technology advances and energy consumption increases, it will be interesting to see how this fraction changes over time.

随着技术的进步和能源消耗的增加，有趣的是，看到这一部分如何随着时间而变化。

This research provides a unique perspective on the interplay between astronomy, physics, and the history of civilization.

这项研究为天文学，物理学和文明历史之间的相互作用提供了独特的观点。

It also raises questions about the meaning of energy consumption and the role of intelligent life in the universe.

它还提出了有关能耗的含义和智能生活在宇宙中的作用的疑问。

As we continue to explore the cosmos and unravel its mysteries, we may gain further insights into the true scale of the universe and the enduring legacy of human civilization.

当我们继续探索宇宙并揭开其奥秘时，我们可能会进一步了解宇宙的真实规模和人类文明的持久遗产。

The research has been published in the arXiv preprint repository and is currently undergoing peer review.

该研究已发表在ARXIV预印库中，目前正在接受同行评审。

The research was conducted by a team of scientists at DeepMind, a British artificial intelligence company owned by Alphabet Inc.

这项研究是由Alphabet Inc.拥有的英国人工智能公司DeepMind的科学家团队进行的。

The researchers, including Ben Goodfellow and Valentin Florkowski, combined data from various sources, such as the Planck mission and the WMAP satellite, to estimate the total energy output of stars over billions of years and the energy density of dark energy.

包括Ben Goodfellow和Valentin Florkowski在内的研究人员结合了来自各种来源的数据，例如Planck Mission和WMAP卫星，以估算数十亿年来恒星的总能量输出以及深色能量的能量密度。

They also considered the energy content of black holes and other celestial objects.

他们还考虑了黑洞和其他天体物体的能量含量。

Their calculations suggest that the human race has consumed an extremely small fraction of the universe's energy since the beginning of time.

他们的计算表明，自从时间开始以来，人类就消耗了宇宙能量的一小部分。

The researchers' findings are consistent with previous estimates of the universe's age and energy content.

研究人员的发现与以前对宇宙年龄和能量含量的估计值一致。

However, their analysis provides a more precise and comprehensive estimate by taking into account a wider range of astronomical observations and physical constants.

但是，他们的分析通过考虑了更广泛的天文观测和物理常数，从而提供了更精确，更全面的估计。

The findings have implications for our understanding of place in the cosmos and the potential for civilizations beyond Earth.

这些发现对我们对宇宙中的位置的理解以及地球以外的文明的潜力有影响。

According to a recent study by DeepMind, humans have used

根据DeepMind的最新研究，人类使用了