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Jeremiah has perhaps the most fun sense of humour I've ever encountered. I think every other thing we say we end up making hideous laughter at (this is where we'd laugh awkwardly). It's great, really (this is where we'd laugh even harder). I'm not sure how we met but it was probably though the band Alea Rae that he drums for. Think of the best pun you can, combine it with the worst dadjoke in your library and then say it as if it were as normal as breathing. This is why I enjoy Jer. Also he has this awesome side project and the shirts are rad. It has his face in red/blue 3D which is what inspired me to do this photo as it is. AND IT WORKS! Put on your 3D glasses, it's cool! Popcorn because retro movie 3D.
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C7849
This joke appealed to me because I was just at Mount Rushmore in September… still a bad joke!
Theme: Not Another Dad Joke
Year Sixteen Of My 365 Project
“Why is my act like my upper arm bone?”
…
“Because it’s humerus!”
[laughter]
- - - - -
Created for the Toy Sunday theme, HUMOR.
Michelangelo in space, I doubt I am the first, nor the last to make this joke with spacesuit gloves. OFV (we LOVE acronyms in the space industry): or On-orbit Fit Verification: we try out our spacesuits before taking them out this week. Mark is working hard getting us in the suit and making sure everything is in configuration… and that the suit is airtight. It seems like we’re getting a foot massage, but we’re not!
Avec en prime un peu de Michel-Ange :) Je ne suis sans doute pas le premier (ni le dernier) astronaute à faire la blague avec ses gants #dadjoke. La sortie dans l'espace de mercredi prochain avec Shane se rapproche ! Tous ceux qui travaillent dans le spatial vous le diront : rien ne vaut un bon vieil acronyme. Celui du jour : OFV. L’activité à consisté à essayer nos scaphandres pour vérifier que tout était parfait, avant de les utiliser dehors dans l'environnement franchement hostile de l'espace. Shane et moi avons été aidés par Mark et Megan – un scaphandre spatial, ça ne s’enfile pas tout seul !
Credits: NASA–M. McArthur
527C4030
Hopefully my Pennsylvania friends will forgive this Pencilvanian joke...
Theme: Not Another Dad Joke
Year Seventeen Of My 365 Project
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C7836
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C7842
Who doesn't love a good (bad) joke now and then? Poor bakers of the world lol!
Theme: Not Another Dad Joke
Year Sixteen Of My 365 Project
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C5292
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C7841
Working on the SUBSA experiment. It stands for "Solidification Using a Baffle in Sealed Ampoules" which doesn't help much to understand what is going on admittedly. We were processing samples of metal alloys for researchers to observe how they are cast. Metallurgy is a hot subject for space research (not only because of the casting temperatures #dadjoke) because how metals form is complicated, very precise, and as metals are used everywhere on Earth improving them could have enormous benefits. As metals form, they grow crystals that resemble Christmas trees, and these crystals influence the strength of the metal. On Earth gravity influences how these crystals grow, so observing the process in space helps to understand the process, making it easier for researchers to create mathematical models. ESA has a facility called the Electromagnetic levitator in the Materials Science Laboratory to conduct research in this same domain. After the bronze age and iron age this type of research could lead to another metal age... 😎 An observant viewer will notice that I am wearing different t-shirts – no I didn't spill any (they are in sealed ampoules remember!) but the experiment runs over many days, actually the Materials Science Laboratory was running similar metal batches in Columbus too!
L’expérience SUBSA sur laquelle j’ai déjà travaillé plusieurs fois (les plus observateurs auront remarqué les t-shirts différents 😉) : en gros, c’est de la métallurgie spatiale. Les alliages sont un sujet assez chaud pour la recherche spatiale, et pas seulement à cause de leur température de fusion (je ne résiste pas à la blague de papa 😄). L’amélioration des alliages, omniprésents dans notre vie moderne, a évidemment un potentiel d’applications immense sur terre. Les métaux se forment en poussant comme des cristaux (avec une forme un peu sapin de noël si on a de l’imagination), et ces processus sont fortement influencés par la pesanteur, d’où l’idée d’enlever ce facteur pour mieux les appréhender. Après le bronze et le fer, ces recherches pourraient donner naissance à un nouvel âge du métal 👍
Credits: ESA/NASA–T. Pesquet
607C5290
Krusty's in the Holiday spirit. He was busy righting Christmas cards tonight.
This video was inspired by a phone conversation I had with my elderly mother earlier this week. She was sitting at home writing Christmas cards and this idea popped into my head. When I told her about it, she thought it was funny, so I decided to make this effects video.
Regardless of what you celebrate this time of year, all the best to you and yours!
Royalty free music from CCMixter.org:
ccmixter.org/files/Keytronic/48341
Under the Christmas Tree (with Ciggiburns) by keytronic
featuring Ciggiburns, Panu Moon.
Curious little fella.
Walked towards me as if asking for advice.
Told him that my advice is not for free, and it ain't sheep.
No pun intended.
Krusty is outstanding in his field. One day he had a harrowing experience. Now he's wondering if he'll be there un-till the end....
Ughhh not another!!!
Who doesn't love a good (bad) joke now and then?
Theme: Not Another Dad Joke
Year Sixteen Of My 365 Project
Mr. Chairman, I'd like to table something for discussion. Board members! Stop clowning around! It is counter productive. Orange ya glad Krusty noticed that the new dishwasher had a couple of leeks in it? I was totally floored. I bet Krusty is glad he's no longer playing 2nd banana to Homer Simpson..... Moncton this afternoon. ;-)
ADS_3576-002
"Dad Joke about Dad Joke" is my entry to this week's spoonflower wall-hanging challenge. I combined two jokes into one and made a dad joke about a dad joke ha ha, I hope you and dad's out there like it xox
www.spoonflower.com/designs/13786656-dad-joke-about-dad-j...
Speaking of the dad jokes getting worse...
Theme: Not Another Dad Joke
Year Sixteen Of My 365 Project
Haha… things you can do with Scrabble Letters!
Theme: Not Another Dad Joke
Year Sixteen Of My 365 Project
His friends had told him to come out of his shell.
16 Likes on Instagram
4 Comments on Instagram:
kelly_pelka_art: 💚👏
blackgarlicsoda: #dadjoke
eatatjoes2: @blackgarlicsoda you love it.
blackgarlicsoda: Eh, maybe just a little.