https://apply.hkbn.net/orp/ace/orp_nc.jsp?step=chkcoverage&role=B&paramName=super_upgradehkbn $178 1000mb

https://apply.hkbn.net/orp/ace/orp_nc.jsp?step=chkcoverage&role=B&paramName=super_upgradehkbn $178 1000mb

HKBN真賤，舊客冇份

https://apply.hkbn.net/orp/ace/orp_nc.jsp?step=chkcoverage&role=B&paramName=super_upgradehkbn $178 1000mb

HKBN真賤，舊客冇份

馬拉松果間唔ok？ 我以為佢係英資仲諗住ok tim？

我放左好多係馬拉松

我唸老滙同痕身都好D既

請大家留意; 我發現好多人都唔知存款保障基金的保障偽術; 所謂 50 萬存款保障是包括所有銀行的 total 存款再減去名下所有 "金融" 欠款和供款之後淨下來的存款; "存款保障" 是指先用閣下的錢去保障金融機構之後有錢淨才保障閣下.
例子;
1. 如果閣下是有學生貸款, 咁閣下的總存款會先用來償還學生貸款, 有錢淨才給你.
2. 如果閣下有卡數要清, 咁閣下的總存款會先用來找卡數, 有錢淨才給你.
3. 供車/供樓/供基金/供保險如是.

所以大家最好把錢全部提出來 (只留下最底存款額) 放在家中安全地方, 情願個個月去銀行入數找呢樣果樣開支. 據我收到某銀行內部消息指遲下有紅色銀行可能要合併, 所以金管局到現在都唔敢叫銀行業做壓力測試, 因為會馬上爆煲.

即係話分開放、每間銀行放50萬唔work、PK、我屋企剛賣左樓，九月就黎settle、d錢唔知點放、我打返香港，叫阿媽小心、佢仲好老定話政府對每個戶口有50萬保障、
神仙言下之意、放在‘行新'、花其，比較安全

我獅子，又費事轉，間間都好似好差咁。

究竟邊度有講淨係保所有銀行存款加埋 50 萬？
又邊度有講扣除卡數貸款先會賠？
想知清楚啲出處

自己google吓:
http://www.dps.org.hk/tc/determination.html

http://www.extremetech.com/extreme/186537-biologists-discover-electric-bacteria-that-eat-pure-electrons-rather-than-sugar-redefining-the-tenacity-of-life

Some intrepid biologists at the University of Southern California (USC) have discovered bacteria that survives on nothing but electricity — rather than food, they eat and excrete pure electrons. These bacteria yet again prove the almost miraculous tenacity of life — but, from a technology standpoint, they might also prove to be useful in enabling the creation of self-powered nanoscale devices that clean up pollution. Some of these bacteria also have the curious ability to form into ‘biocables,’ microbial nanowires that are centimeters long and conduct electricity as well as copper wires — a capability that might one day be tapped to build long, self-assembling subsurface networks for human use.

As you may recall from high school biology, almost every living organism consumes sugar to survive. When it gets right down to it, everything you eat is ultimately converted or digested into single molecules of glucose. Without going into the complexities of respiration and metabolism (ATP!), these sugars have excess electrons — and the oxygen you breathe in really wants those electrons. By ferrying electrons from sugar to oxygen, a flow of electrons — i.e. energy — is created, which is then used to carry out various vital tasks around your body (triggering electrons, beating your heart, etc.)



These special bacteria, however, don’t need no poxy sugars — instead, they cut out the middleman and feed directly on electrons. To discover these bacteria, and to cultivate them in the lab, the USC biologists quite simply scooped up some sediment from the ocean, took it back to the lab, stuck some electrodes into it, and then turned on the power. When higher voltages are pumped into the water, the bacteria “eats” electrons from the electrode; when a lower voltage is present, the bacteria “exhales” electrons onto the electrode, creating an electrical current (which could be used to power a device, if you were so inclined). The USC study very carefully controlled for other sources of nutrition — these bacteria were definitely eating electrons directly.

A beautiful photo of a geobacter metallireducens bacterium
A beautiful photo of a geobacter metallireducens bacterium, taken by Derek Lovley
All told, various researchers around the world have now discovered upwards of 10 different kinds of bacteria that feed on electricity — and, interestingly, they’re all pretty different (they’re not from the same family), and none of them are like Shewanella or Geobacter, two well-known bacteria that have interesting electrical properties. Kenneth Nealson of USC, speaking to New Scientist about his team’s discovery, said: “This is huge. What it means is that there’s a whole part of the microbial world that we don’t know about.”

[Read our featured story: We are slaves of electricity.]

As for the repercussions of finding bacteria that eat and excrete electrons, the most obvious use is in the growing fields of molecular motors and nanomachines. These bacteria, at their most basic, are machines that consume raw electricity — and so, with some clever (genetic?) engineering, it stands to reason that we might one day use them to power tiny machines that can perform tasks that are currently carried out by expensive, human-operated machines (cleaning up chemical spills, for example). These bacteria might also allow us to find out exactly how much energy a living cell needs to survive; put them in a test tube, and then slowly dial back the electrode voltage until they die. A cruel experiment, but one that would yield very informative results.

In a separate study a few years ago, researchers at Aarhus University in Denmark found that some electric bacteria also have the ability to form microbial nanowires — long chains of bacteria that can span several centimeters. These nanowires ferry nutrients to bacteria further down the chain, which might be stuck underneath some mud. Curiously, these nanowires are about as conductive as standard copper wires, which leads us to wonder if electric bacteria might one day be coerced into building subsurface networks for human use. It would be a little more efficient than spending billions of dollars on laying submarine cables…

令我諗起神仙Nasa朋友講, 啜啜啜太陽o個隻野...
神仙, 你Nasa朋友有無講Flying Rods?
我覺得最近講既仙女蝦有D似Flying Rods

樓上咁睇唔開吖... 幾百萬買樓都高追?

佢好似係賣樓喎

提提大家; 如果各位同自己的家人朋友講及中共滅亡 or cash 在銀包 is king or 香港大 picture or 存款保障 呢類題材而得不到認同/被負面回應, 請不用繼續苦口婆心地 repeat, 留待時勢發展和免傷和氣; 只要各位知道怎樣應對便可以了, 待事情真的爆發後各位便可以領導家人朋友怎樣渡過難關亦可以突出各位的領導才能.

留意: 在太平時期和暴風前的平靜領袖是藏於平民百姓間, 只有遇到重大困難真正的領袖才會鶴立雞羣.

http://www.extremetech.com/extreme/186537-biologists-discover-electric-bacteria-that-eat-pure-electrons-rather-than-sugar-redefining-the-tenacity-of-life

Some intrepid biologists at the University of Southern California (USC) have discovered bacteria that survives on nothing but electricity — rather than food, they eat and excrete pure electrons. These bacteria yet again prove the almost miraculous tenacity of life — but, from a technology standpoint, they might also prove to be useful in enabling the creation of self-powered nanoscale devices that clean up pollution. Some of these bacteria also have the curious ability to form into ‘biocables,’ microbial nanowires that are centimeters long and conduct electricity as well as copper wires — a capability that might one day be tapped to build long, self-assembling subsurface networks for human use.

As you may recall from high school biology, almost every living organism consumes sugar to survive. When it gets right down to it, everything you eat is ultimately converted or digested into single molecules of glucose. Without going into the complexities of respiration and metabolism (ATP!), these sugars have excess electrons — and the oxygen you breathe in really wants those electrons. By ferrying electrons from sugar to oxygen, a flow of electrons — i.e. energy — is created, which is then used to carry out various vital tasks around your body (triggering electrons, beating your heart, etc.)



These special bacteria, however, don’t need no poxy sugars — instead, they cut out the middleman and feed directly on electrons. To discover these bacteria, and to cultivate them in the lab, the USC biologists quite simply scooped up some sediment from the ocean, took it back to the lab, stuck some electrodes into it, and then turned on the power. When higher voltages are pumped into the water, the bacteria “eats” electrons from the electrode; when a lower voltage is present, the bacteria “exhales” electrons onto the electrode, creating an electrical current (which could be used to power a device, if you were so inclined). The USC study very carefully controlled for other sources of nutrition — these bacteria were definitely eating electrons directly.

A beautiful photo of a geobacter metallireducens bacterium
A beautiful photo of a geobacter metallireducens bacterium, taken by Derek Lovley
All told, various researchers around the world have now discovered upwards of 10 different kinds of bacteria that feed on electricity — and, interestingly, they’re all pretty different (they’re not from the same family), and none of them are like Shewanella or Geobacter, two well-known bacteria that have interesting electrical properties. Kenneth Nealson of USC, speaking to New Scientist about his team’s discovery, said: “This is huge. What it means is that there’s a whole part of the microbial world that we don’t know about.”

[Read our featured story: We are slaves of electricity.]

As for the repercussions of finding bacteria that eat and excrete electrons, the most obvious use is in the growing fields of molecular motors and nanomachines. These bacteria, at their most basic, are machines that consume raw electricity — and so, with some clever (genetic?) engineering, it stands to reason that we might one day use them to power tiny machines that can perform tasks that are currently carried out by expensive, human-operated machines (cleaning up chemical spills, for example). These bacteria might also allow us to find out exactly how much energy a living cell needs to survive; put them in a test tube, and then slowly dial back the electrode voltage until they die. A cruel experiment, but one that would yield very informative results.

In a separate study a few years ago, researchers at Aarhus University in Denmark found that some electric bacteria also have the ability to form microbial nanowires — long chains of bacteria that can span several centimeters. These nanowires ferry nutrients to bacteria further down the chain, which might be stuck underneath some mud. Curiously, these nanowires are about as conductive as standard copper wires, which leads us to wonder if electric bacteria might one day be coerced into building subsurface networks for human use. It would be a little more efficient than spending billions of dollars on laying submarine cables…

令我諗起神仙Nasa朋友講, 啜啜啜太陽o個隻野...
神仙, 你Nasa朋友有無講Flying Rods? << 有講過, 是地球生物.
我覺得最近講既仙女蝦有D似Flying Rods

http://www.superiorhk.org/2014/06/大陸信貸危機一到，香港銀行真的頂得住？/

大陸信貸危機一到，香港銀行真的頂得住？

其實有關本港銀行的內地相關貸款問題，有不少外國機構都關注，例如本月初評級機構Fitch就發表報告，指金管局的數字其實有「估細數」的傾向！該組織自行通過大量中港貿易數據做估算基礎，得出本港銀行的中國內地相關貸款總應為7980億美元，即62244億港元（以1美元兌7.8港元計），足足較令大家震驚的3萬億多了一倍。

我相信外國分析多過政府嗰個喎

http://www.superiorhk.org/2014/06/大陸信貸危機一到，香港銀行真的頂得住？/

大陸信貸危機一到，香港銀行真的頂得住？

其實有關本港銀行的內地相關貸款問題，有不少外國機構都關注，例如本月初評級機構Fitch就發表報告，指金管局的數字其實有「估細數」的傾向！該組織自行通過大量中港貿易數據做估算基礎，得出本港銀行的中國內地相關貸款總應為7980億美元，即62244億港元（以1美元兌7.8港元計），足足較令大家震驚的3萬億多了一倍。

我相信外國分析多過政府嗰個喎

神仙 反佔中班人猖獗到 誤導市民
招搖過市 有無人可以救港

好多人

多數都係阿伯阿母老人家多，同埋被迫保自己飯碗的人，真係好難control

親眼見到一個外表睇落都有知識既媽媽拖住個小朋友簽名，我望住佢再望住個小朋友，真係好無奈，佢既下一代真係俾佢累死。

陳方開心,係咪去左英國拎左d power返黎?

啲共匪新聞話無人采佢哋，你信唔信丫

藝人陳小春昨晚在微博表明反對佔領中環，他上載一張照片，是一張已簽署『保普選反佔中大聯盟』的聯署通告，顯示他簽名反對佔中，並表示：我們家在香港起碼300年以上（我媽媽）要攪破壞，請離開，，，『反暴力：反佔中』」

http://thehousenews.com/politics/陳小春-馬蹄露表態反佔中/

有時係度諗香港係衰係呢D仆街香港人身上,仲做埋政協,睇你開心得幾耐!
道友都可以做政協!

藝人陳小春昨晚在微博表明反對佔領中環，他上載一張照片，是一張已簽署『保普選反佔中大聯盟』的聯署通告，顯示他簽名反對佔中，並表示：我們家在香港起碼300年以上（我媽媽）要攪破壞，請離開，，，『反暴力：反佔中』」

http://thehousenews.com/politics/陳小春-馬蹄露表態反佔中/

有時係度諗香港係衰係呢D仆街香港人身上,仲做埋政協,睇你開心得幾耐!
道友都可以做政協!

http://www.superiorhk.org/2014/06/大陸信貸危機一到，香港銀行真的頂得住？/

大陸信貸危機一到，香港銀行真的頂得住？

其實有關本港銀行的內地相關貸款問題，有不少外國機構都關注，例如本月初評級機構Fitch就發表報告，指金管局的數字其實有「估細數」的傾向！該組織自行通過大量中港貿易數據做估算基礎，得出本港銀行的中國內地相關貸款總應為7980億美元，即62244億港元（以1美元兌7.8港元計），足足較令大家震驚的3萬億多了一倍。

我相信外國分析多過政府嗰個喎

藝人陳小春昨晚在微博表明反對佔領中環，他上載一張照片，是一張已簽署『保普選反佔中大聯盟』的聯署通告，顯示他簽名反對佔中，並表示：我們家在香港起碼300年以上（我媽媽）要攪破壞，請離開，，，『反暴力：反佔中』」

http://thehousenews.com/politics/陳小春-馬蹄露表態反佔中/

有時係度諗香港係衰係呢D仆街香港人身上,仲做埋政協,睇你開心得幾耐!
道友都可以做政協!

都有名你叫佢地做共匪啦

http://www.superiorhk.org/2014/06/大陸信貸危機一到，香港銀行真的頂得住？/

大陸信貸危機一到，香港銀行真的頂得住？

其實有關本港銀行的內地相關貸款問題，有不少外國機構都關注，例如本月初評級機構Fitch就發表報告，指金管局的數字其實有「估細數」的傾向！該組織自行通過大量中港貿易數據做估算基礎，得出本港銀行的中國內地相關貸款總應為7980億美元，即62244億港元（以1美元兌7.8港元計），足足較令大家震驚的3萬億多了一倍。

我相信外國分析多過政府嗰個喎

http://www.superiorhk.org/2014/06/大陸信貸危機一到，香港銀行真的頂得住？/

大陸信貸危機一到，香港銀行真的頂得住？

其實有關本港銀行的內地相關貸款問題，有不少外國機構都關注，例如本月初評級機構Fitch就發表報告，指金管局的數字其實有「估細數」的傾向！該組織自行通過大量中港貿易數據做估算基礎，得出本港銀行的中國內地相關貸款總應為7980億美元，即62244億港元（以1美元兌7.8港元計），足足較令大家震驚的3萬億多了一倍。

我相信外國分析多過政府嗰個喎

到時食花生等睇戲 IFC 應該大排長龍