#OpO9A #Cryptanalysis #BBC
BBC
223
#Isopsephy
2+2+3 = 7
But 1 =7 & 7 =1.
BBC 1?
7 1 (GA #GrandArchitect #Freemasonry
7 7 {e.g. #Flight77; #London77 #Oslo77 {kids slaughtered)}
77 re-expressed = 7777777
Last two together = 9,7.
777777777
BBC
223
#Isopsephy
2+2+3 = 7
But 1 =7 & 7 =1.
BBC 1?
7 1 (GA #GrandArchitect #Freemasonry
7 7 {e.g. #Flight77; #London77 #Oslo77 {kids slaughtered)}
77 re-expressed = 7777777
Last two together = 9,7.
777777777
Forwarded from The Matrix is Glitching
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Professor Denis Rancourt Questions Pandemic Mortality Patterns and Hospital Protocols
Professor Denis Rancourt highlights striking geographic disparities in early COVID-19 mortality, noting a clear divide where some regions experienced high death rates while others saw none, despite similar demographics and travel patterns. He points to northern Italy around Milan, where aggressive hospital interventions correlated with high mortality, contrasted with Rome, where stay-at-home advice led to minimal deaths.
Rancourt argues these anomalies challenge the conventional "pandemic" narrative, suggesting local medical protocols, not the virus itself, drove mortality differences.
Social Accounts & Support: https://taplink.cc/tmisglitching
Professor Denis Rancourt highlights striking geographic disparities in early COVID-19 mortality, noting a clear divide where some regions experienced high death rates while others saw none, despite similar demographics and travel patterns. He points to northern Italy around Milan, where aggressive hospital interventions correlated with high mortality, contrasted with Rome, where stay-at-home advice led to minimal deaths.
Rancourt argues these anomalies challenge the conventional "pandemic" narrative, suggesting local medical protocols, not the virus itself, drove mortality differences.
Social Accounts & Support: https://taplink.cc/tmisglitching
Forwarded from Iamhuman
Iamhuman
Professor Denis Rancourt Questions Pandemic Mortality Patterns and Hospital Protocols Professor Denis Rancourt highlights striking geographic disparities in early COVID-19 mortality, noting a clear divide where some regions experienced high death rates while…
Guess Flight control didn't approve the spraying.
@burningthroughtheages9954
2 months ago
We need this song now more than ever, Don't let people force you to forget who you are! be proud of our Englishness
2 months ago
We need this song now more than ever, Don't let people force you to forget who you are! be proud of our Englishness
@JI7NKJ
1 year ago
As a proud Scot this song means more today than it ever has, we need the great back in Britain.
1 year ago
As a proud Scot this song means more today than it ever has, we need the great back in Britain.
@robroy3838
3 years ago
Scotsman here. So proud of all our acheivements. English, Scots, Welsh and Northern Irish. What a Nation we are together.
3 years ago
Scotsman here. So proud of all our acheivements. English, Scots, Welsh and Northern Irish. What a Nation we are together.
@Scham_WCAN
2 years ago
As a Canadian, this song harkens to a home I don't know, yet it feels welcoming all the same. Bless the Commonwealth, and I hope to come 'home' one day.
2 years ago
As a Canadian, this song harkens to a home I don't know, yet it feels welcoming all the same. Bless the Commonwealth, and I hope to come 'home' one day.
@Aitchlp
5 months ago
I am Australian and I say stay strong England and prevail. You are part of my heritage and so many others.
5 months ago
I am Australian and I say stay strong England and prevail. You are part of my heritage and so many others.
Forwarded from LauraAboli (Laura Aboli)
MIT finally admitting that they can use nano-scale wireless devices to remotely program areas of the brain.
MIT researchers created microscopic wireless electronic devices that travel through blood and implant in target brain regions, where they provide electrical stimulation.
"The team has been working on circulatronics for more than six years. The electronic devices, each about one-billionth the length of a grain of rice, are composed of organic semiconducting polymer layers sandwiched between metallic layers to create an electronic heterostructure.”
This sounds exactly like what researchers found in the Covid ‘vaccines’. Self assembling nano technology.
https://news.mit.edu/2025/new-therapeutic-brain-implants-defy-surgery-need-1105
https://t.me/LauraAbolichannel
MIT researchers created microscopic wireless electronic devices that travel through blood and implant in target brain regions, where they provide electrical stimulation.
"The team has been working on circulatronics for more than six years. The electronic devices, each about one-billionth the length of a grain of rice, are composed of organic semiconducting polymer layers sandwiched between metallic layers to create an electronic heterostructure.”
This sounds exactly like what researchers found in the Covid ‘vaccines’. Self assembling nano technology.
https://news.mit.edu/2025/new-therapeutic-brain-implants-defy-surgery-need-1105
https://t.me/LauraAbolichannel