Alchemist 39;s Garden Mod

[Lauro Pericles]

Alchemists Garden is a mod that focuses on populating your world with magical creatures & plants! While exploring the Overworld with this mod installed, you'll stumble across: new creatures, plants, blocks, structures and more! Become a magical gardener who uses the power of magical plants! This mod tries to stick to Vanilla Minecraft while adding new mechanics!

While exploring the Bumblezone, you may find flowers from this mod spawning around in the Bumblezone.Pollen Puffs will now have an effect on Shrooms. Throw some Pollen Puff at Shrooms to grow some mushrooms around them! The Bezoar Stone can also be handy when exploring the dimension for the first time, as it removes poison when used.

Will Carden, a graduate student in the McElwee-White lab at the University of Florida, designs gold (I) precursors for focused electron beam induced deposition (FEBID), a technique that uses an electron beam to blast apart gaseous molecules so that resulting nonvolatile fragments deposit on a substrate. One afternoon, he sublimated t-butylisocyanide gold(I) chloride to produce a wealth of white needle-like crystals that predominately collected on a chilled piece of glassware called a cold-finger. But some of the crystals also grew out of the bottom of the flask. The green residue is likely a product of decomposition, Carden says, but it creates a garden-like setting for the crystalline tree in the center. To read more about the project, see ACS Appl. Mater. Interfaces 2017, DOI: 10.1021/acsami.7b12465. Submitted by Will Carden/McElwee-White Lab Do science. Take pictures. Win money. Enter our photo contest here. Related C&EN Content: Star-Fruit-Shaped Gold Nanoparticles Chemistry in Pictures:

Will Carden, a graduate student in the McElwee-White lab at the University of Florida, designs gold (I) precursors for focused electron beam induced deposition (FEBID), a technique that uses an electron beam to blast apart gaseous molecules so that resulting nonvolatile fragments deposit on a substrate. One afternoon, he sublimated t-butylisocyanide gold(I) chloride to produce a wealth of white needle-like crystals that predominately collected on a chilled piece of glassware called a cold-finger. But some of the crystals also grew out of the bottom of the flask. The green residue is likely a product of decomposition, Carden says, but it creates a garden-like setting for the crystalline tree in the center.

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