Euclid separation video
Video: ESA & Space X Broadcast

Euclid separation video
Video: ESA & Space X Broadcast

#ESAEuclid @ESA_Euclid #ESA #DarkUniverse #Euclid #DarkMatter #DarkEnergy #SpaceX #Falcon9 #JamesWebbTelescope #Webb

Stage 2 separation, Euclid deployed and acquisitionof signal.

All pictures credit: ESA & Space X

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Stage 1 separation and landing:

All pictures credit: ESA & Space X

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Euclid Launch pictures:

All pictures credit: ESA & Space X

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Euclid is on it's 30 days way to L2. We will soon post some pictures and Euclid separation videos.

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The Euclid signals will be received by the ESA ground station in Australia, but also from the ground station in Spain and Argentina - depending at which time of the day.

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And we have a signal from Euclid in space. Launch and first signal have been successful. The ESA ground station in Australia is also tracking Euclid now and receives telemetry.

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We waiting for the first signals of Euclid.

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The separation of Euclid from Stage 2 was succesful.

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Euclid will create the largest, most accurate three-dimensional map of the universe. We can see the shape and form of galaxies and see how the universe looked like million and billion of years ago. It is not expected to detect dark matter directly but by the influence of dark matter on the pictures it will help see which influence dark matter has to the universe. The same with dark energy that will hopefully give us a new understanding of the development of the universe. We maybe get new knowledge why the Hubble constant is variation.

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Europe will now have it's own telescope in space. Together with NASA's James Webb Telescope it will bring a lot of progress to the scientific community.

#ESAEuclid @ESA_Euclid #ESA #DarkUniverse #Euclid #DarkMatter #DarkEnergy #SpaceX #Falcon9 #JamesWebbTelescope #Webb

Euclid collects 850GB of data per day. The ESOC has just 3 hours and 15 minutes of direct contact daily with Euclid. In this time data has to be transmitted back to Earth. It's the first time where complete files are transferred and not just raw-data.

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Euclids main instruments are the:
VIS, a camera operating at visible wavelengths (530–920 nm) made of a mosaic of 6 × 6 e2vCharge Coupled Detectors, containing 600 million pixels
NISP, a camera composed of a mosaic of 4 × 4 Teledyne H2RG detectors sensitive to near-infrared light radiation (920–2020 nm) with 65 million pixels.

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Around 20 countries are involved in the development of Euclid, it's launch and operation. The first results are expected for fall 2023. The callibration of Euclid will take around 2 months after it arrvied at L2.

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Orbit is stable and Euclied will be deployed in around 20 minutes.

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Stage 2 engine has a successful second burn. The burn takes 90 seconds.

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It will take around 30 days for Euclid to reach Lagrangian point L2. Then one per month an orbit correction is necessary to keep Euclid in the L2 orbit.

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Lagrangian point L2 is the gravitational pool of both bodies, the Earth and sun, is equal and this how Euclid can be stable and work properly. For Euclid it's important to be at L2 to be under permanent sun shine to do it's work. Euclid will not meet James Webb but they are in the same orbit.

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Stage 2 has a stable orbit. In around 10 Minutes we will have stage 2 separation.

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Landing burn completed. Stage 1 returned to Earth and can be reused again.

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stage 1 reignite to return to Earth. another landing burn for Stage 1 will be completed next.

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Stage 2 with Euclid is now on a speed of 15,000 km/h.

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Main engine cut off and successful stage separation. The first stage is now on the way back to earth to be reused.

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We have a liftoff Euclid is on it's way leaving Earth.

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We have a launch.

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We are looking good for a launch today.

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The clamp arms are opening now. Three minutes till launch.

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It's a good year for ESA. ESA got a 17% increase of budget, a successful launch of JUICE, 17 new selected astronauts and a new cooperation with Axiom.

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This is the first launch for a Space X rocket with the destination of the Lagrangian point L2. Falcon 9 has to move horizontal to reach the L2.

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Now Euclied launches on a Falcon 9 rocket of Space X. The mission will be controlled via the ESA center in Darmstadt, Germany.

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Euclid was originally supposed to launch on a Sojus capsular but after the Russian invasion in Ukraine the ESA stopped all cooperation with the Russian space agency Roscosmos.

#ESAEuclid @ESA_Euclid #ESA #DarkUniverse #Euclid #DarkMatter #DarkEnergy #SpaceX #Falcon9 #JamesWebbTelescope #Webb

We are live now and just 10 minutes away from launch of the Euclid telescope of ESA. Euclied was suppose to launch in 2020 but delayed.

#ESAEuclid @ESA_Euclid #ESA #DarkUniverse #Euclid #DarkMatter #DarkEnergy #SpaceX #Falcon9 #JamesWebbTelescope #Webb

Welcome to our Live Coverage of the launch of ESA's Euclid mission. The Euclid Telescope will join the James Webb Telescope at Lagrangian point L2 to create the largest, most accurate three-dimensional map of the universe.

Our live coverage will start tomorrow, Saturday July 1st 2023 at 16:45 CEST, on https://ticker.nemethstarproductions.eu/ and Twitter @space_friday (https://twitter.com/space_friday/status/1674706592552439809?s=20)

#ESAEuclid @ESA_Euclid #ESA #DarkUniverse #Euclid #DarkMatter #DarkEnergy #SpaceX #Falcon9 #JamesWebbTelescope #Webb