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Le fameux dernier de la trilogie #SpaceLab de @akashinai.bsky.social et #JohannesGoupy

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BIOCYM
Fates EP

spacelab.bandcamp.com/album/fates-ep

#biocym #fates #techno #spacelab #2026

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Uncredited. The Dynostar Spacelab. From Kit Pedlar & Gerry Davis, The Dynostar Menace, Souvenir Press, 1975. #Dynostar #spacelab #KitPedlar #GerryDavis #SouvenirPress

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LEGO City Space Science Lab 60439 BNIB Sealed Retired Set 2025 560 pcs NEW Seller: ultimation (100.0% positive feedback) Location: US Condition: New Price: 54.95 USD Shipping cost: Free Buy It Now

Ad: For Sale - LEGO City Space Science Lab 60439 BNIB Sealed Retired Set 2025 560 pcs NEW #LEGO #LEGOCity #SpaceLab

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ESA : Vers Mars et au-delà www.vers2045.com/20/12/2025/e...
#ESA #Europe #Spatial #télécoms #Terre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae #GAIA #Gateway #Lune

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ESA : Artemis et la Lune partagée www.vers2045.com/16/12/2025/e...
#ESA #Europe #Spatial #télécoms #Terre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae #GAIA #Gateway #Lune

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Vraiment plaisant de jouer à #SpaceLab de @akashinai.bsky.social et Johannes Goupy. #J2S

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ESA – Climat vu du ciel www.vers2045.com/13/12/2025/e...

#ESA #Europe #Spatial #télécoms #observation #Terre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae #GAIA #ISS #Sentinel #Copernicus

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L’Europe dans l’ISS www.vers2045.com/11/12/2025/l...
#ESA #Europe #Spatial #télécoms #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae #GAIA #ISS

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Gaia, cartographe des étoiles www.vers2045.com/09/12/2025/g...
#ESA #Europe #Spatial #télécoms #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae #GAIA

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ESA : Rosetta et Philae, l’étreinte des comètes www.vers2045.com/06/12/2025/e...
#ESA #Europe #Spatial #télécoms #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo #Rosetta #Philae

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Galileo, les étoiles pour se guider www.vers2045.com/04/12/2025/g...
#ESA #Europe #Spatial #télécommunications #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab #Galileo

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Test Space Lab : La pépite jeu de société de cette fin d'année ? Découvrez notre test de Space Lab, un jeu de construction de tableau conçu par Corentin Lebrat et Johannes Goupy (créateurs de Faraway).

Découvrez notre test coup de coeur de Space Lab, un jeu de construction de tableau conçu par Corentin Lebrat et Johannes Goupy (créateurs de Faraway).

www.gaming-family.com/test-space-l...

#spacelab #j2s #jeudesociété #jeudecartes #contructiondetableau

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Spacelab, l’Europe embarquée www.vers2045.com/01/12/2025/s...
#ESA #Europe #Spatial #télécommunications #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab

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The moment the little “spaceship” slides to your table—ICONIC 🤖🛸
The robot delivery system honestly blew us away, and the kids were excited from start to finish!

#ShanghaiFoodie #SPACELAB #RobotRestaurant #FamilyFriendlyDining #SciFiRestaurant #FuturisticDining #ShanghaiEats #KidsFriendly

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ESA – Ariane, le feu européen www.vers2045.com/29/11/2025/e...
#ESA #Europe #Spatial #télécommunications #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab

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ESA – Naissance d’une constellation www.vers2045.com/28/11/2025/e...
#ESA #Europe #Spatial #télécommunications #observationTerre #satellites #climat #Ariane #lanceur #fusée #souveraineté #NASA #Spacelab

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25. Nov 1940: Der deutsche Raumfahrer und Pilot Reinhard Furrer wird in Wörgl, Tirol geboren. Mit Ernst Messerschmid und Wubbo Ockels startete er am 30. Okt 1985 mit #STS-61-A zur Mission D1 (Deutschland 1) im europäischen #Spacelab. Er verstarb am 9. Sept 1995 bei einem Flugzeugabsturz.

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22. Nov 1930: Der US-Astronaut Owen Kay Garriott wird geboren. Während Apollo 11 war er einer der Capcoms, nahm 1973 an #Skylab3, der zweiten bemannten Crew des Skylab teil und flog 1983 mit #STS-9 die erste Mission des #Spacelab, u.a. mit John Young und Ulf Merbold.

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“The Beaver Moon” graphic with a full Moon and a beaver silhouette in the lower left corner.

“The Beaver Moon” graphic with a full Moon and a beaver silhouette in the lower left corner.

Graphic explaining that November’s Beaver Moon is named for the time when beavers build their dams and lodges before winter.

Graphic explaining that November’s Beaver Moon is named for the time when beavers build their dams and lodges before winter.

Graphic showing that the Beaver Moon will appear on November 5th, best viewed around midnight under a bright night sky.

Graphic showing that the Beaver Moon will appear on November 5th, best viewed around midnight under a bright night sky.

🌕 The November Beaver Moon rises tonight! As the final leaves fall and frost begins to form (well, maybe not here in Florida), tonight’s full Moon marks the shift toward winter. Step outside, look up, and take in its bright autumn glow! 🍂

#LunarVISE #Space #SpaceLab #UCF #Moon

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Graphic titled “Member Spotlight:

Co-Investigator and LV-VIC Instrument Scientist” with a photo of Dr. Jessica Sunshine. Below is the text "Dr. Jessica Sunshine."

Graphic titled “Member Spotlight: Co-Investigator and LV-VIC Instrument Scientist” with a photo of Dr. Jessica Sunshine. Below is the text "Dr. Jessica Sunshine."

A yellow speech bubble asks, “What is your role within Lunar-VISE?” A second yellow speech bubble answers: “I am a Co-Investigator as well as an LV-VIC Instrument Scientist. As a CO-I, I am part of the LV science team and as the VIC Instrument Scientist I work to make sure we get the data we need from the multispectral camera. That started with the proposal and design of the instrument and has included the testing and calibration in the laboratory and we are now working on the plan for taking data when we get to the Moon.”

A yellow speech bubble asks, “What is your role within Lunar-VISE?” A second yellow speech bubble answers: “I am a Co-Investigator as well as an LV-VIC Instrument Scientist. As a CO-I, I am part of the LV science team and as the VIC Instrument Scientist I work to make sure we get the data we need from the multispectral camera. That started with the proposal and design of the instrument and has included the testing and calibration in the laboratory and we are now working on the plan for taking data when we get to the Moon.”

A yellow speech bubble asks, “What is your educational background?” The reply in another yellow bubble reads: “I have a PhD and ScM in Geology Sciences, and a ScB in Applied Mathematics all from Brown University.”

A yellow speech bubble asks, “What is your educational background?” The reply in another yellow bubble reads: “I have a PhD and ScM in Geology Sciences, and a ScB in Applied Mathematics all from Brown University.”

A yellow speech bubble asks, “What are some previous projects you have worked on and other projects you are currently working on?” A second yellow speech bubble responds: “I am currently also part of the Lucy mission to explore the Trojan asteroids. My past roles include Deputy PI for the Deep Impact eXtended Investigation to comet Hartley 2, Co-Investigator for the Deep Impact and Stardust NExTmissions, including a planetary scale impact experiment, to comet Tempel 1, and Participating Scientist for the Dawn Mission to asteroid Vesta. In addition, I was Co-I for the Moon Mineralogy Mapper instrument and the DART asteroid impact mission. I was also the Principal Investigator for the Comet Hopper mission, a finalist in the 2012 Discovery mission selection.”

A yellow speech bubble asks, “What are some previous projects you have worked on and other projects you are currently working on?” A second yellow speech bubble responds: “I am currently also part of the Lucy mission to explore the Trojan asteroids. My past roles include Deputy PI for the Deep Impact eXtended Investigation to comet Hartley 2, Co-Investigator for the Deep Impact and Stardust NExTmissions, including a planetary scale impact experiment, to comet Tempel 1, and Participating Scientist for the Dawn Mission to asteroid Vesta. In addition, I was Co-I for the Moon Mineralogy Mapper instrument and the DART asteroid impact mission. I was also the Principal Investigator for the Comet Hopper mission, a finalist in the 2012 Discovery mission selection.”

Introducing Dr. Jessica Sunshine! 👋 As Lunar-VISE’s Co-Investigator and LV-VIC Instrument Scientist, she’s making sure our multispectral camera gets all the data we need. 🌕 🚀

#LunarVISE #Space #SpaceLab #UCF #Moon #Gruithuisen #GruithuisenDomes

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1040. 05-10-2025
VANDAAG JARIG
André Kuipers 67 jaar

André Kuipers arts en astronaut
Vloog tig keer rond de aarde
Zijn onderzoek destijds
Is nog steeds van grote waarde

#andrekuipers #esa #spacelab #mir #iss #sojoez #deltamissie #ruimteschipaarde

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Full Moon graphic with fall leaves bordering the top and bottom of the page. The title "The Harvest Moon" is centered on the page.

Full Moon graphic with fall leaves bordering the top and bottom of the page. The title "The Harvest Moon" is centered on the page.

Titled "Why is it called the Harvest Moon?" with the answer "The October full Moon is called the Harvest Moon because it is a peak time for fall harvesting before winter. The full Moon closest to the fall equinox gets the Harvest Moon name. This year the October full Moon is closest!"

Titled "Why is it called the Harvest Moon?" with the answer "The October full Moon is called the Harvest Moon because it is a peak time for fall harvesting before winter. The full Moon closest to the fall equinox gets the Harvest Moon name. This year the October full Moon is closest!"

Titled "When can you view the Harvest Moon?" with the answer "The Harvest Moon will illuminate the night sky on October 6th. This full Moon is a supermoon and will be visible throughout the evening, with optimal viewing conditions anticipated around midnight. A supermoon is a full Moon that looks bigger and brighter in the night sky. This happens when the Moon is at its closest point to Earth in its orbit."

Titled "When can you view the Harvest Moon?" with the answer "The Harvest Moon will illuminate the night sky on October 6th. This full Moon is a supermoon and will be visible throughout the evening, with optimal viewing conditions anticipated around midnight. A supermoon is a full Moon that looks bigger and brighter in the night sky. This happens when the Moon is at its closest point to Earth in its orbit."

🌕 The Harvest Moon arrives on October 6th! 🍂 As the full Moon closest to the fall equinox, it shines bright to mark the peak of autumn’s harvest season. Don’t miss this supermoon lighting up the night sky! ✨

#LunarVISE #Space #SpaceLab #UCF #Moon #FullMoon #HarvestMoon

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#ESA #ASI #NASA #Astronauti #ISS #MissioniSpaziali #Astrofili #JWST #Artemis #Fantascienza #DestinazioneStelle #Spazio #Pianeti #Astronomia #Scienza #SpaceX #EsplorazioneSpaziale #spazio1999 #luna #MPH #ThalesAleniaSpace #ALTEC #SpaceLab

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Signature of the Spacelab Memorandum of Understanding between ESRO and NASA at the State Department, Washington DC, USA, on 24 September 1973. The Memorandum was signed by Alexander Hocker for ESRO and James Fletcher (NASA Administrator). Also present are Charles Hanin, chairman of ESC, Professor M. Levy, Chairman of ESRO Council and Roy Gibson

Signature of the Spacelab Memorandum of Understanding between ESRO and NASA at the State Department, Washington DC, USA, on 24 September 1973. The Memorandum was signed by Alexander Hocker for ESRO and James Fletcher (NASA Administrator). Also present are Charles Hanin, chairman of ESC, Professor M. Levy, Chairman of ESRO Council and Roy Gibson

#OTD 24 September 1973, signature of the #Spacelab MoU between #ESRO and #NASA in Washington DC, by Alexander Hocker for ESRO and James Fletcher (NASA). Also present were Charles Hanin, chairman of ESC, Prof. M. Levy, Chair of ESRO Council and ESRO's Roy Gibson.

www.esa.int/Science_Expl...

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Graphic titled “Postdoctoral Scholar” with a professional headshot of Dr. Prateek Tripathi. Below the image is the text “Dr. Prateek Tripathi.”

Graphic titled “Postdoctoral Scholar” with a professional headshot of Dr. Prateek Tripathi. Below the image is the text “Dr. Prateek Tripathi.”

A neon green speech bubble asks, “What is your role within Lunar-VISE?” A second neon green speech bubble answers: “I am one of the Lunar-VISE postdoctoral scholars. My role on the team includes working with FTIR and ASD spectrometers to build spectral libraries of materials and process lunar remote sensing datasets relevant to the Lunar-VISE mission.”

A neon green speech bubble asks, “What is your role within Lunar-VISE?” A second neon green speech bubble answers: “I am one of the Lunar-VISE postdoctoral scholars. My role on the team includes working with FTIR and ASD spectrometers to build spectral libraries of materials and process lunar remote sensing datasets relevant to the Lunar-VISE mission.”

A neon green speech bubble asks, “What is your educational background?” The reply in another neon green bubble reads: “I have a bachelor’s degree in Electronics and Communication from ITM Universe, Gwalior, and a master’s in Remote Sensing and GIS from the Indian Institute of Remote Sensing a unit of Indian Space Research Organization (ISRO). I completed my PhD in Geomatics Engineering from the Indian Institute of Technology Roorkee, India.”

A neon green speech bubble asks, “What is your educational background?” The reply in another neon green bubble reads: “I have a bachelor’s degree in Electronics and Communication from ITM Universe, Gwalior, and a master’s in Remote Sensing and GIS from the Indian Institute of Remote Sensing a unit of Indian Space Research Organization (ISRO). I completed my PhD in Geomatics Engineering from the Indian Institute of Technology Roorkee, India.”

A neon green speech bubble asks, “What are some previous projects you have worked on and other projects you are currently working on?” A second neon green speech bubble responds: “During my Ph.D. at IIT Roorkee, I integrated near-infrared, thermal, and Raman spectroscopy with hyperspectral imaging for mineral characterization in support of lunar exploration. I analyzed DESIS and PRISMA datasets for planetary surface analogs and gained lunar research experience as a visiting researcher at DLR Berlin and exploration intern at the Lunar and Planetary Institute, contributing to Artemis traverse planning. Fieldwork at India’s Dhala and Ramgarh impact craters, including sampling and UAV surveys, provided valuable analog insights for Lunar-VISE.”

A neon green speech bubble asks, “What are some previous projects you have worked on and other projects you are currently working on?” A second neon green speech bubble responds: “During my Ph.D. at IIT Roorkee, I integrated near-infrared, thermal, and Raman spectroscopy with hyperspectral imaging for mineral characterization in support of lunar exploration. I analyzed DESIS and PRISMA datasets for planetary surface analogs and gained lunar research experience as a visiting researcher at DLR Berlin and exploration intern at the Lunar and Planetary Institute, contributing to Artemis traverse planning. Fieldwork at India’s Dhala and Ramgarh impact craters, including sampling and UAV surveys, provided valuable analog insights for Lunar-VISE.”

Meet Dr. Prateek Tripathi! 👋 He uses FTIR and ASD spectrometers to study lunar materials and build spectral libraries. By pairing these with remote sensing data, he’s helping shape the science behind Lunar-VISE. 🌙

#LunarVISE #Space #SpaceLab #UCF #Moon #Gruithuisen

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Full Moon graphic with corn stalks coming up from the bottom of the page and titled "The Corn Moon."

Full Moon graphic with corn stalks coming up from the bottom of the page and titled "The Corn Moon."

Titled ‘Why is it called the Corn Moon?’ with an image of many corn cobs in the background. The text explains that September’s full Moon got the nickname Corn Moon because it aligns with the busy corn harvest.

Titled ‘Why is it called the Corn Moon?’ with an image of many corn cobs in the background. The text explains that September’s full Moon got the nickname Corn Moon because it aligns with the busy corn harvest.

Titled ‘When can you view the Corn Moon?’ with a background of the night sky. The text explains that the Corn Moon will shine on September 7th, visible throughout the evening, with the best viewing time around midnight.

Titled ‘When can you view the Corn Moon?’ with a background of the night sky. The text explains that the Corn Moon will shine on September 7th, visible throughout the evening, with the best viewing time around midnight.

🌕 The Corn Moon will rise this Saturday, September 7! 🌽 Its name comes from the traditional harvest season, when corn was gathered at summer’s end. Don’t miss the chance to step outside and catch its glow! ✨

#LunarVISE #Space #SpaceLab #UCF #Moon #FullMoon #CornMoon

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A full Moon graphic with a see-through view of the layers in the top right quadrant of the Moon. Titled "What is the Moon made of?"

A full Moon graphic with a see-through view of the layers in the top right quadrant of the Moon. Titled "What is the Moon made of?"

Titled "Crust" with the text "The crust is the Moon’s outermost layer and is a rocky shell that is primarily made of two rock types – anorthosites and basalts. This is the part of the Moon we can see from Earth. The Moon’s relatively bright regions are called the lunar highlands and are made of anorthosite, which is primarily composed of plagioclase, a relatively iron free silicate mineral. The Moon’s dark regions are called the lunar maria and these volcanic plains are composed of basalts, which are a mixture of silicate minerals including plagioclase, pyroxene, and olivine. The crust helps us learn about the history of the Moon and other rocky planets!"

Titled "Crust" with the text "The crust is the Moon’s outermost layer and is a rocky shell that is primarily made of two rock types – anorthosites and basalts. This is the part of the Moon we can see from Earth. The Moon’s relatively bright regions are called the lunar highlands and are made of anorthosite, which is primarily composed of plagioclase, a relatively iron free silicate mineral. The Moon’s dark regions are called the lunar maria and these volcanic plains are composed of basalts, which are a mixture of silicate minerals including plagioclase, pyroxene, and olivine. The crust helps us learn about the history of the Moon and other rocky planets!"

Titled "Mantle" with the text "The mantle is the layer just beneath the crust and is the thickest layer of the Moon. The lunar mantle is thought to be composed of iron-bearing silicate minerals olivine and pyroxene, although its exact composition is a mystery! Although mostly solid, the mantle can slowly flow like a thick liquid over geologic timescales (millions and billions of years). This slow movement is known as convection and can lead to moonquakes and volcanism at the lunar surface. Since we do not observe any current volcanic activity on the Moon, the lunar mantle has probably cooled and solidified except for the zone closest to the lunar core."

Titled "Mantle" with the text "The mantle is the layer just beneath the crust and is the thickest layer of the Moon. The lunar mantle is thought to be composed of iron-bearing silicate minerals olivine and pyroxene, although its exact composition is a mystery! Although mostly solid, the mantle can slowly flow like a thick liquid over geologic timescales (millions and billions of years). This slow movement is known as convection and can lead to moonquakes and volcanism at the lunar surface. Since we do not observe any current volcanic activity on the Moon, the lunar mantle has probably cooled and solidified except for the zone closest to the lunar core."

Titled "Core" with the text "The Moon’s core consists of two parts: a solid, mostly iron inner core within a molten outer core. Though primarily made of iron, the core contains some nickel and sulfur as well. The Moon’s core extends about 20 percent of the way from the Moon’s center to its surface―a smaller proportion than in other rocky planets, whose cores can reach up to 50% of their diameters. The relatively small size of the lunar core may be because the Moon’s violent formation left little iron to collect in its center."

Titled "Core" with the text "The Moon’s core consists of two parts: a solid, mostly iron inner core within a molten outer core. Though primarily made of iron, the core contains some nickel and sulfur as well. The Moon’s core extends about 20 percent of the way from the Moon’s center to its surface―a smaller proportion than in other rocky planets, whose cores can reach up to 50% of their diameters. The relatively small size of the lunar core may be because the Moon’s violent formation left little iron to collect in its center."

✨ We see the Moon every night, but do you know what the Moon is made of? It’s not just rock and dust, and each layer helps us understand the Moon’s history. Swipe to learn more about what the Moon is really made of! 🌔

#LunarVISE #Space #SpaceLab #UCF #Moon #MoonLayers #MoonCrust #MoonMantle

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#SmartSecureSpace #SpaceIndustry #quantum #QuantumInSpace #SpaceLab

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The sixth European Space Conference in Brussels, opened on 12 July 1973 and reconvened on 31 July 1973,

The sixth European Space Conference in Brussels, opened on 12 July 1973 and reconvened on 31 July 1973,

Charles Hanin, Belgian Minister of Science Policy, 1973-74, chair of the July 1973 European Space Conference

Charles Hanin, Belgian Minister of Science Policy, 1973-74, chair of the July 1973 European Space Conference

LIIIS (L3S) launcher concept, which would be renamed Ariane

LIIIS (L3S) launcher concept, which would be renamed Ariane

Artist impression of a Space Shuttle Orbiter carrying and ESA (then ESRO) Spacelab module, early 1975 (pic: NASA)

Artist impression of a Space Shuttle Orbiter carrying and ESA (then ESRO) Spacelab module, early 1975 (pic: NASA)

#OTD 12 July 1973, the sixth European Space Conference opens in Brussels. On the table: #Spacelab, the L3S launcher (#Ariane), a maritime satcoms programme and the creation of one European space agency. The meeting reconvenes on 31 July to approve these in a 'Second Package Deal'. #50YearsOfESA

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