UxFxO
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$Avalon GloboCare (ALBT.US)$ well this makes complete sense
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UxFxO
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$Mullen Automotive (MULN.US)$ It's going to .19 on Tuesday. Then I'll buy another 25,000.
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UxFxO
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$Mullen Automotive (MULN.US)$ How long does my money have to clear from a sale before I can buy options?
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UxFxO
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$American Virtual (AVCT.US)$ Jan 23 delisted unless closes at 1. I got 10k shares. so definitely 10k cash by Jan 23 for my little family so far. Thank you community for participating and making info easy and understandable! much love to you all!
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UxFxO
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History of blockchain Technology in three steps:
- It was initially developed in 1991 as a sort of digital timestamp. Early innovators saw this function almost as a “notary” function. There could be no backdating or tampering with data utilizing the early blockchain technology.
- For almost two decades nobody really cared.
- 2009 “Satoshi Nakamoto” introduces BTC.
What is blockchain Technology?
Blockchain is a form of “Distributed Ledger.” I’ll break it down with an image so its easier to understand. Each “block” has three basic parts to it. The “data”, the “hash” and the “hash” of the previous “block”.
Data: This differs depending on the function. In something like BTC we have the sender, the receive and how many coins moved.
Hash: Think of the Hash as a unique ID or fingerprint. Changing anything about the block changes the hash.
Hash of Previous Block: That is exactly what it sounds like. A ledger containing the unique ID/fingerprint of the block before it in the chain.
You’ll notice the first block has no previous hash number. That is because it is the first block in the chain. It is known as the “Genesis Block”, the beginning.
Why is Blockchain Technology so difficult to tamper with?
A modern computer could calculate hundreds of thousands of hash/second. In theory it would be easy to tamper with a single block and then change the hash number of the preceding blocks so they would match.
A concept called “proof of work” slows down this process to prevent computing and changing previous hashes. Currently it takes about 10 minutes to generate the hashcash proofs of work to mine BTC. This means that if someone were to TRY and tamper with a block they would need to change EVERY block before that as well to hide the discrepancy and receive P2P validation.
At 10mins/block it simply isn’t possible.
Blockchain technology is built utilizing a peer-to-peer verification process. This means each when a new block is discovered it is sent to everyone on the network and each node will independently verify the correctness of the block. In the simplest terms every node executes a consensus protocol to verify the addition of the block. ALL OF THEM. This also removes the need for centralization. (ie decentralization)
Any block that has been tampered with will be rejected by the nodes.
In order to effectively tamper with the blockchain and be validated on the P2P network someone would have to:
1) Tamper with ALL the blocks on the chain. (Remember the hash of the previous block)
2) Redo all the POW.
3) Somehow take control of greater that 50% of the P2P network.
$比特幣 (BTC.CC)$ $以太幣 (ETH.CC)$ $MARA Holdings (MARA.US)$ $Hut 8 (HUT.US)$ $Riot Platforms (RIOT.US)$ $BIT Mining (BTCM.US)$
- It was initially developed in 1991 as a sort of digital timestamp. Early innovators saw this function almost as a “notary” function. There could be no backdating or tampering with data utilizing the early blockchain technology.
- For almost two decades nobody really cared.
- 2009 “Satoshi Nakamoto” introduces BTC.
What is blockchain Technology?
Blockchain is a form of “Distributed Ledger.” I’ll break it down with an image so its easier to understand. Each “block” has three basic parts to it. The “data”, the “hash” and the “hash” of the previous “block”.
Data: This differs depending on the function. In something like BTC we have the sender, the receive and how many coins moved.
Hash: Think of the Hash as a unique ID or fingerprint. Changing anything about the block changes the hash.
Hash of Previous Block: That is exactly what it sounds like. A ledger containing the unique ID/fingerprint of the block before it in the chain.
You’ll notice the first block has no previous hash number. That is because it is the first block in the chain. It is known as the “Genesis Block”, the beginning.
Why is Blockchain Technology so difficult to tamper with?
A modern computer could calculate hundreds of thousands of hash/second. In theory it would be easy to tamper with a single block and then change the hash number of the preceding blocks so they would match.
A concept called “proof of work” slows down this process to prevent computing and changing previous hashes. Currently it takes about 10 minutes to generate the hashcash proofs of work to mine BTC. This means that if someone were to TRY and tamper with a block they would need to change EVERY block before that as well to hide the discrepancy and receive P2P validation.
At 10mins/block it simply isn’t possible.
Blockchain technology is built utilizing a peer-to-peer verification process. This means each when a new block is discovered it is sent to everyone on the network and each node will independently verify the correctness of the block. In the simplest terms every node executes a consensus protocol to verify the addition of the block. ALL OF THEM. This also removes the need for centralization. (ie decentralization)
Any block that has been tampered with will be rejected by the nodes.
In order to effectively tamper with the blockchain and be validated on the P2P network someone would have to:
1) Tamper with ALL the blocks on the chain. (Remember the hash of the previous block)
2) Redo all the POW.
3) Somehow take control of greater that 50% of the P2P network.
$比特幣 (BTC.CC)$ $以太幣 (ETH.CC)$ $MARA Holdings (MARA.US)$ $Hut 8 (HUT.US)$ $Riot Platforms (RIOT.US)$ $BIT Mining (BTCM.US)$
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UxFxO
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Any SHIB investors out there?
$Sphere 3d (ANY.US)$ $比特幣 (BTC.CC)$ $以太幣 (ETH.CC)$ $Dolphin Entertainment (DLPN.US)$ $Bit Digital (BTBT.US)$
$Sphere 3d (ANY.US)$ $比特幣 (BTC.CC)$ $以太幣 (ETH.CC)$ $Dolphin Entertainment (DLPN.US)$ $Bit Digital (BTBT.US)$
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UxFxO
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呃...這是一分錢股票怎麼樣?僅此一點就足以說「買方信息」!
玩細價股 = 玩火。
底線?當我感覺到一個明顯的紅旗警報時,我寧願離開,因為我沒有自信,再交易一天。
我對細價股的危險,高波動性和低交易量感到擔憂。
細價股票具有高風險和高於平均水平的潛力。但是,對其進行投資需要極度謹慎和謹慎。
在處理細價股票時,賭博和知情投資之間存在非常細的界線,這就是風險管理起著關鍵作用的地方。
在中國有一句話說:「如果你沒有這麼大的頭,那就不要戴這麼大的帽子」。
我當然沒有這麼大的頭。因此,我更願意專注於風險較低的較高質量股票。
$伯克希爾-B (BRK.B.US)$
$迪士尼 (DIS.US)$
$Fiverr International (FVRR.US)$
$寶潔 (PG.US)$
$星巴克 (SBUX.US)$
$蘋果 (AAPL.US)$
$波音 (BA.US)$
$微軟 (MSFT.US)$
$亞馬遜 (AMZN.US)$
$賽默飛世爾 (TMO.US)$
$PayPal (PYPL.US)$
$直覺外科公司 (ISRG.US)$
$強生 (JNJ.US)$
$信諾 (CI.US)$
玩細價股 = 玩火。
底線?當我感覺到一個明顯的紅旗警報時,我寧願離開,因為我沒有自信,再交易一天。
我對細價股的危險,高波動性和低交易量感到擔憂。
細價股票具有高風險和高於平均水平的潛力。但是,對其進行投資需要極度謹慎和謹慎。
在處理細價股票時,賭博和知情投資之間存在非常細的界線,這就是風險管理起著關鍵作用的地方。
在中國有一句話說:「如果你沒有這麼大的頭,那就不要戴這麼大的帽子」。
我當然沒有這麼大的頭。因此,我更願意專注於風險較低的較高質量股票。
$伯克希爾-B (BRK.B.US)$
$迪士尼 (DIS.US)$
$Fiverr International (FVRR.US)$
$寶潔 (PG.US)$
$星巴克 (SBUX.US)$
$蘋果 (AAPL.US)$
$波音 (BA.US)$
$微軟 (MSFT.US)$
$亞馬遜 (AMZN.US)$
$賽默飛世爾 (TMO.US)$
$PayPal (PYPL.US)$
$直覺外科公司 (ISRG.US)$
$強生 (JNJ.US)$
$信諾 (CI.US)$
已翻譯
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UxFxO : @They 在收購了六千萬美元的實驗室之後改變了它。假設它是 ALBT 意味著阿瓦隆的標籤。我必須承認,醒來看到我的錢在一個奇怪的銀行名字下,這是令人震驚的,認為這可能引發了那天的拋售。無論哪種方式,我仍然持有,並相信這家公司的長期潛力。所需要的只是一個創新的突破,這件事將很容易超過一美元。這裡有一些關於這方面的研究。 阿瓦隆 GloboCare 正在改變癌症治療 | 生物技術 | 今天股票研究 做你自己的盡職調查,這不是財務建議。