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In Engeland heeft farmaceut AstraZeneca tegenover de rechter moeten toegeven dat hun experimentele coronaprikken dodelijke bijwerkingen hadden en oa zorgden voor trombose. De geëiste schadevergoedingen door de slachtoffers zullen uit de belastingpot betaald worden, omdat de overheid deze ‘bedrijven’ (lees: criminelen) onschendbaarheid beloofde.
In juni 2020 sprak ik Sven-Åke Hulleman over deze specifieke prikken. Voor het hele interview ga je naar: https://youtu.be/V5aOkdr4MQU?si=XPE0kuZXeAp7c2VH
#volksgezondheid #gezondheid #educate #voordatjeinjectiesneemt
In juni 2020 sprak ik Sven-Åke Hulleman over deze specifieke prikken. Voor het hele interview ga je naar: https://youtu.be/V5aOkdr4MQU?si=XPE0kuZXeAp7c2VH
#volksgezondheid #gezondheid #educate #voordatjeinjectiesneemt
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Er zijn al maanden zonnestormen aan de gang, die effect hebben op ons. In 2018 waren er bijv nul van die ‘sunflares’, nu dagelijks tientallen. Dat heeft effect en dat kan je ook zien in positieve zin: in de vorm van noorderlicht. Enjoy! ✨
Ps don’t shoot the messenger; ook ik heb mixed feelings bij Natuurmonumenten ;)
Ps don’t shoot the messenger; ook ik heb mixed feelings bij Natuurmonumenten ;)
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From SpaceWeatherLive Website
Sunspot region 3664, which is easily the most complex sunspot region of the current Solar Cycle thus far, continues producing countless of M-class solar flares today and three X-class events (X1.0, X2.2 and X1.1). It remains an extremely complex sunspot region, which has the potential to produce more major solar flares.
Since our news article that we posted yesterday, we had two more coronal mass ejections (from the X1.0 and X2.2 events) that have a very clear asymmetrical full halo outline. We won't go into detail on all of the flares, as that would mean I would be sitting here typing until midnight, but both of the coronal mass ejections launched by the X1.0 and X2.2 solar flares have high probability to arrive at Earth.
This means that there are four, yes four separate coronal mass ejections currently on their way to Earth. The first of these coronal mass ejections will likely arrive in about 24 to 36 hours from now (late on 10 May or early on 11 May). This impact will likely be followed by three more coronal mass ejection arrivals on 11 and 12 May.
We are in for a period with very high geomagnetic activity, where geomagnetic storm conditions are possible over multiple days. In response to the four anticipated coronal mass ejection arrives, the NOAA SWPC has issued a severe G4 geomagnetic storm watch for 11 May which, yes indeed, equal a Kp of 8.
This could indeed be an amazing opportunity for sky watchers at middle latitude or maybe even low latitude locations to capture a glimpse of the aurora from places that normally do not get to see them. Under optimal conditions, we might get to see aurora from latitudes as low as San Francisco (CA, United States), Dallas (TX), Atlanta (GA); and in Europe, perhaps even northern France and southern Germany get a chance to see aurora. Like everything space weather related, nothing is a guarantee, but all the ingredients are there that we might be in for some spectacular space weather here at Earth in the days ahead.
www.spaceweatherlive.com/en/news/view/532/20240509-severe-g4-geomagnetic-storm-watch.html
Sunspot region 3664, which is easily the most complex sunspot region of the current Solar Cycle thus far, continues producing countless of M-class solar flares today and three X-class events (X1.0, X2.2 and X1.1). It remains an extremely complex sunspot region, which has the potential to produce more major solar flares.
Since our news article that we posted yesterday, we had two more coronal mass ejections (from the X1.0 and X2.2 events) that have a very clear asymmetrical full halo outline. We won't go into detail on all of the flares, as that would mean I would be sitting here typing until midnight, but both of the coronal mass ejections launched by the X1.0 and X2.2 solar flares have high probability to arrive at Earth.
This means that there are four, yes four separate coronal mass ejections currently on their way to Earth. The first of these coronal mass ejections will likely arrive in about 24 to 36 hours from now (late on 10 May or early on 11 May). This impact will likely be followed by three more coronal mass ejection arrivals on 11 and 12 May.
We are in for a period with very high geomagnetic activity, where geomagnetic storm conditions are possible over multiple days. In response to the four anticipated coronal mass ejection arrives, the NOAA SWPC has issued a severe G4 geomagnetic storm watch for 11 May which, yes indeed, equal a Kp of 8.
This could indeed be an amazing opportunity for sky watchers at middle latitude or maybe even low latitude locations to capture a glimpse of the aurora from places that normally do not get to see them. Under optimal conditions, we might get to see aurora from latitudes as low as San Francisco (CA, United States), Dallas (TX), Atlanta (GA); and in Europe, perhaps even northern France and southern Germany get a chance to see aurora. Like everything space weather related, nothing is a guarantee, but all the ingredients are there that we might be in for some spectacular space weather here at Earth in the days ahead.
www.spaceweatherlive.com/en/news/view/532/20240509-severe-g4-geomagnetic-storm-watch.html
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"Een extreme zonnestorm"
Door Geoff Brumfiel, NPR News
De Aarde wordt opgeschrikt door de grootste zonnestorm in decennia. Vrijdag laat verklaarde de National Oceanic and Atmospheric Administration dat de aarde een G5- of ‘extreme’ geomagnetische storm doormaakte. Dit is de eerste G5-storm die de planeet trof sinds 2003.
NOAA waarschuwt dat er de komende uren en dagen verschillende golven van de zonnestorm op de aarde zullen inslaan, waardoor de communicatie en navigatie mogelijk worden verstoord, stroomuitval ontstaat en satellieten worden beschadigd. Door de gebeurtenis in 2003 viel de stroom in een deel van Zweden kortstondig uit en werden elektrische transformatoren in Zuid-Afrika beschadigd.
NOAA's Space Weather Prediction Center zegt dat deze laatste storm aurora's kan veroorzaken die zichtbaar zijn tot in het zuiden van Noord-Californië en Alabama. Op sociale media hingen posters met foto’s van heldere aurora’s die zichtbaar waren in Rusland, Scandinavië, het Verenigd Koninkrijk en continentaal Europa. Sommigen meldden dat ze de aurora zo ver zuidelijk als Mallorca, Spanje, hadden gezien.
https://www.npr.org/2024/05/10/1250515730/solar-storm-geomagnetic-g4
Door Geoff Brumfiel, NPR News
De Aarde wordt opgeschrikt door de grootste zonnestorm in decennia. Vrijdag laat verklaarde de National Oceanic and Atmospheric Administration dat de aarde een G5- of ‘extreme’ geomagnetische storm doormaakte. Dit is de eerste G5-storm die de planeet trof sinds 2003.
NOAA waarschuwt dat er de komende uren en dagen verschillende golven van de zonnestorm op de aarde zullen inslaan, waardoor de communicatie en navigatie mogelijk worden verstoord, stroomuitval ontstaat en satellieten worden beschadigd. Door de gebeurtenis in 2003 viel de stroom in een deel van Zweden kortstondig uit en werden elektrische transformatoren in Zuid-Afrika beschadigd.
NOAA's Space Weather Prediction Center zegt dat deze laatste storm aurora's kan veroorzaken die zichtbaar zijn tot in het zuiden van Noord-Californië en Alabama. Op sociale media hingen posters met foto’s van heldere aurora’s die zichtbaar waren in Rusland, Scandinavië, het Verenigd Koninkrijk en continentaal Europa. Sommigen meldden dat ze de aurora zo ver zuidelijk als Mallorca, Spanje, hadden gezien.
https://www.npr.org/2024/05/10/1250515730/solar-storm-geomagnetic-g4
NPR
The huge solar storm is keeping power grid and satellite operators on edge
The National Oceanic and Atmospheric Administration says there have been measurable effects and impacts from the biggest geomagnetic storm in decades.
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