Wall Observer BTC/USD - Bitcoin price movement tracking & discussion

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[El duderino_]

via Imgflip Meme Generator

[jojo69]

i used to be a somebody

Ha, I just put that on 2 days ago!

all I need is this theymos

[bitserve]

A reverse bart would be much appreciated now. Thanks.

[Last of the V8s]

https://twitter.com/Cryptanzee/status/1077944895250284545
Crypto Bear Market vs Stock Market Crash

[d_eddie]

https://www.nasdaq.com/article/even-in-a-crypto-winter-venture-capitalists-are-thriving-cm1074203


Pre-launch marketing for their soon-to-come listings?  

Surely.

There is nothing better at the moment, apart from Bakkt ETF.

But I like this:

"While many believe that the only way to achieve this is the value of investment in the institutional market, others, such as Stephen Pair, CEO of Bitpay, believe that a more user-oriented approach to the adoption of bitcoins can achieve the same objective."

The two forms are good, one situation attracts the other, that is the correct thing, to advance in the adoption.

Indeed. I think we'll see the real deal when Joe Average is able to use his coin on Amazon and such.

[RayX12]

The 2000 BTC buy wall is on.  WO games are abundant today.

[Toxic2040]

A man needs a name.


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via Imgflip Meme Generator

MSM on top of of things as usual...   I have also noticed some articles are trying to correlate BCH and Litecoin..serious wtf.
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Interesting alchemy..

http://advances.sciencemag.org/content/4/12/eaau3275

Abstract

The control of product distribution in a multistep catalytic selective hydrogenation reaction is challenging. For instance, the deep hydrogenation of dimethyl oxalate (DMO) is inclined to proceed over Cu/SiO2 catalysts because of inevitable coexistence of Cu+ and Cu0, leading to hard acquisition of the preliminary hydrogenation product, methyl glycolate (MG). Here, the oriented DMO hydrogenation into MG is achieved over the sputtering (SP) Cu/SiO2 catalysts with a selectivity of more than 87% via freezing Cu in a zero-valence state. Our density functional theory calculation results revealed that Cu0 is the active site of the preliminary hydrogenation step, selectively converting DMO to MG via •H addition, while Cu+ is a key factor for deep hydrogenation. The prominent Coster-Kronig transition enhancement is observed over SP-Cu/SiO2 from Auger spectra, indicating that the electron density of inner shells in Cu atoms is enhanced by high-energy argon plasma bombardment during the SP process. Thus, the “penetration effect” of outermost electrons could also be enhanced, making these Cu nanoparticles exhibit high oxidation resistance ability and present noble metal–like behaviors as Au or Ag. Therefore, the regulation of Cu chemical properties by changing the electron structure is a feasible strategy to control the hydrogenation products, inspiring the rational design of selective hydrogenation catalysts.

tl;dr  While not exactly transmutation of copper to gold it is pretty damn close and might have a profound impact on industrial usage down the road.

[bitserve]

The 2000 BTC buy wall is on.  WO games are abundant today.

Yup, the Walls on Bitfinex are pretty impressive today.

[serveria.com]

Interesting alchemy..

http://advances.sciencemag.org/content/4/12/eaau3275

Abstract

The control of product distribution in a multistep catalytic selective hydrogenation reaction is challenging. For instance, the deep hydrogenation of dimethyl oxalate (DMO) is inclined to proceed over Cu/SiO2 catalysts because of inevitable coexistence of Cu+ and Cu0, leading to hard acquisition of the preliminary hydrogenation product, methyl glycolate (MG). Here, the oriented DMO hydrogenation into MG is achieved over the sputtering (SP) Cu/SiO2 catalysts with a selectivity of more than 87% via freezing Cu in a zero-valence state. Our density functional theory calculation results revealed that Cu0 is the active site of the preliminary hydrogenation step, selectively converting DMO to MG via •H addition, while Cu+ is a key factor for deep hydrogenation. The prominent Coster-Kronig transition enhancement is observed over SP-Cu/SiO2 from Auger spectra, indicating that the electron density of inner shells in Cu atoms is enhanced by high-energy argon plasma bombardment during the SP process. Thus, the “penetration effect” of outermost electrons could also be enhanced, making these Cu nanoparticles exhibit high oxidation resistance ability and present noble metal–like behaviors as Au or Ag. Therefore, the regulation of Cu chemical properties by changing the electron structure is a feasible strategy to control the hydrogenation products, inspiring the rational design of selective hydrogenation catalysts.

tl;dr  While not exactly transmutation of copper to gold it is pretty damn close and might have a profound impact on industrial usage down the road.

Dammit, roachie-poachie is screwed.... 

[El duderino_]

tomorrow will be a new session of BTCpoker ... 8 session then payout
hope to be lucky and to see some good action cards...

non stop sit & go's ... four way and HU looking forward

[HairyMaclairy]

Came across this Boltzmann metrics.  Still trying to work out what it all  means.

https://boltzmann.io/metrics

[Toxic2040]

Dammit, roachie-poachie is screwed.... 

Interestingly enough from what I read, silver seems to be relatively inert to this process for now. This is not making gold bars out of thin air..this is something that might be useful in certain chemical processes found in heavy industry. Thereby lower production costs hopefully. Something to keep an eye on in the long term I suppose.

[BTCMILLIONAIRE]

Interesting alchemy..

http://advances.sciencemag.org/content/4/12/eaau3275

Abstract

The control of product distribution in a multistep catalytic selective hydrogenation reaction is challenging. For instance, the deep hydrogenation of dimethyl oxalate (DMO) is inclined to proceed over Cu/SiO2 catalysts because of inevitable coexistence of Cu+ and Cu0, leading to hard acquisition of the preliminary hydrogenation product, methyl glycolate (MG). Here, the oriented DMO hydrogenation into MG is achieved over the sputtering (SP) Cu/SiO2 catalysts with a selectivity of more than 87% via freezing Cu in a zero-valence state. Our density functional theory calculation results revealed that Cu0 is the active site of the preliminary hydrogenation step, selectively converting DMO to MG via •H addition, while Cu+ is a key factor for deep hydrogenation. The prominent Coster-Kronig transition enhancement is observed over SP-Cu/SiO2 from Auger spectra, indicating that the electron density of inner shells in Cu atoms is enhanced by high-energy argon plasma bombardment during the SP process. Thus, the “penetration effect” of outermost electrons could also be enhanced, making these Cu nanoparticles exhibit high oxidation resistance ability and present noble metal–like behaviors as Au or Ag. Therefore, the regulation of Cu chemical properties by changing the electron structure is a feasible strategy to control the hydrogenation products, inspiring the rational design of selective hydrogenation catalysts.

tl;dr  While not exactly transmutation of copper to gold it is pretty damn close and might have a profound impact on industrial usage down the road.

Physics is why I'm staying the fuck out of "precious metals", period. Anything that can be physically produced has a high chance of seeing its production cost dwindle down this century. Too much crap going on that is directly and indirectly going to drive synthesis costs down.

[dandannn]

I think some people are just waiting to see what the market is going to do before buying.  They will eventually decide it is not going down any more and then jump in and another rally will begin.  Or someone will dump and they will jump in and then keep the price at about the level it is at now.  I think the fact that we have seen a few dumps already without affecting the price too drastically is really bullish and shows there is some great support

[kenzawak]

At Premier League's game between Brighton and Arsenal today :

[El duderino_]

^
pity it was a 1-1 

LFC had again awesome week win and city lose

so our LFC member will be very happy

[kenzawak]

Localbitcoins Volume Analysis Shows Countries Where Fiat is Hyperinflationary, Bitcoin Gaining Traction

https://cryptoiq.co/localbitcoins-volume-analysis-shows-countries-where-fiat-is-hyperinflationary-bitcoin-gaining-traction/

South America Seeing Rapid Increase in Peer to Peer Bitcoin Trading

India Peer to Peer Bitcoin Trading Surges Due to Ban of Centralized Exchanges

Iran Sanctions Cause Peer to Peer Bitcoin Trading to Spike

Russia and Kazakhstan Have Rising Bitcoin Trading as Fiats Experience Inflation

[El duderino_]

[dandannn]

At Premier League's game between Brighton and Arsenal today :

eToro adverts seem to be appearing on most premier league fixtures, have done for a while now.