Geek Love: Send A #Chemvalentine To Show ‘Em You Care
This week, I inadvertently started a #Chemvalentine meme on Twitter after seeing a tweet from @Sulfur_Blue about chemistry valentines:
Get the chemistry flowing by sending a #Chemistry Valentine? https://www.msu.edu/~nguyen82/handouts/12/Chemistry_Valentines.pdf
What ensued was an outpouring of awesomeness from all the chemistry lovers out there. We here at Newscripts have compiled our Top 20 favorite #Chemvalentines just for you. Feel free to use these to woo your scientist friends this Valentine’s Day. ThinkGeek, if you’re listening, we’d all buy a pack of these cards.

1) Valentine, I’ve got my ion you. (HT @Sulfur_Blue)
2) Valentine, I can’t eat, sleep, or run reactions when you argon. (@laurenkwolf)
3) Ethylene in the air? I feel our love ripening. (@SeeArrOh)
4) There’s no HOMO-LUMO gap between us, baby. (@chemjobber)
5) Valentine, I could never Bohr of you. (@S_J_Lancaster)
6) You electrolyte up my life. (@derekjjohnson)
7) You’re the biotin to my streptavidin. (@CBC_excimer)
8) Love hertz. (@Sci_ents)
9) You’re as beautiful as a clean NMR spectrum. (@UnstableIsotope)
10) Say silsesquioxane again, the way I like it. (@S_J_Lancaster)

11) Of all the combinatorial compounds in the world, you’re the only hit in my assay. (@kromablography)
12) Valentine, you warm my pericyclic heart. Without you, I can’t Cope. (@SeeArrOh)
13) Our love is like an anionic polymerization, it’s alive and growing, even when it’s –78 C outside. (@jaspevacek)
14) Single? Don’t be bitter. You’re not an alkaloid. (@squidring)
15) You’re the azide to my alkyne. We just click. (@CBC_excimer)
16) Your structure gives me SMILES. (@kromablography)
17) You spin my nuclei right-round, baby right-round. (@modernscientist)
18) Upon meeting you I felt as though someone had poured ether down the drain and turned on all the faucets (@sciencegeist)
19) Let’s carbon date! (@simplecoffee)
20) Our love can’t be limited by Baldwin’s Rules. I 4-exo-dig you. (@ArgylAardvark)
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Feb 10th 2013 • 20:02
by @AgilentChem
Valentine, we’re like enantiomers: almost impossible to separate.