Home / Recipes / Atomic Nothing π₯ How to Make Atomic Nothing in Infinite CraftAtomic Nothing is a long haul. Even on the shortest known route it takes 68 combinations to get there, and the final one is Atomic Vanyllium plus Not. Expect to build several intermediate elements you will never use again.
The final combination
βοΈ Atomic Vanyllium+ π« Not= π₯ Atomic Nothing
Marathon 68 steps from the base elements Β· crafting depth 156
π Copy steps
What is worth knowing At 68 steps it is longer than 100% of solved elements, which puts it in our marathon band. Its crafting depth of 156 is unusually deep. Depth counts the longest chain needed to reach it, and most elements people search for sit well below this. Full crafting path from the base elements Start with Water, Fire, Wind and Earth, then follow these 68 combinations in order.
1 π§ Water+ π§ Water= π Lake2 π Earth+ π₯ Fire= π Lava3 π Lava+ π§ Water= πͺ¨ Stone4 π Lake+ πͺ¨ Stone= π
Lighthouse5 π₯ Fire+ π¨ Wind= π¨ Smoke6 π¨ Smoke+ πͺ¨ Stone= π½ Statue7 π
Lighthouse+ π½ Statue= π½ Statue of Liberty8 π½ Statue of Liberty+ π§ Water= π½ New York9 π₯ Fire+ π½ New York= π 9/1110 π Earth+ π§ Water= π± Plant11 π± Plant+ π¨ Wind= πΌ Dandelion12 π 9/11+ πΌ Dandelion= π 9/1213 π 9/12+ π Earth= π 1114 π₯ Fire+ π§ Water= π¨ Steam15 π 11+ π¨ Steam= π« 2216 π Earth+ π Earth= ποΈ Mountain17 ποΈ Mountain+ ποΈ Mountain= ποΈ Mountain Range18 πΌ Dandelion+ π± Plant= πΏ Weed19 π§ Water+ πΏ Weed= πΏ Bong20 πΏ Bong+ ποΈ Mountain Range= ποΈ Smoky Mountains21 ποΈ Mountain Range+ ποΈ Smoky Mountains= ποΈ Appalachian Mountains22 ποΈ Appalachian Mountains+ π§ Water= ποΈ Appalachian Trail23 ποΈ Appalachian Trail+ πΌ Dandelion= π₯Ύ Thru-Hiker24 ποΈ Appalachian Mountains+ π₯Ύ Thru-Hiker= π² AT25 π« 22+ π² AT= β’οΈ 22 Atomic26 π Earth+ π¨ Wind= π«οΈ Dust27 π«οΈ Dust+ π Earth= πͺ Planet28 π₯ Fire+ πͺ Planet= βοΈ Sun29 π₯ Fire+ βοΈ Sun= βοΈ Solar30 π± Plant+ βοΈ Solar= π¨ Oxygen31 π¨ Oxygen+ π§ Water= π§ Hydrogen32 π± Plant+ π¨ Steam= π΅ Tea33 π₯ Fire+ π¨ Steam= π Engine34 π Engine+ π¨ Wind= π¬οΈ Windmill35 π΅ Tea+ π¬οΈ Windmill= π³π± Dutch36 π Lake+ π± Plant= πΈ Lily37 π§ Water+ π¨ Wind= π Wave38 πΈ Lily+ π Wave= π§ββοΈ Mermaid39 π³π± Dutch+ π§ββοΈ Mermaid= π³π± Dutchman40 πͺ Planet+ βοΈ Sun= π Solar System41 π Earth+ π± Plant= π³ Tree42 π«οΈ Dust+ π³ Tree= π² Wood43 π΅ Tea+ π² Wood= π½οΈ Table44 π Solar System+ π½οΈ Table= βοΈ Periodic Table45 π³π± Dutchman+ βοΈ Periodic Table= π© Vanadium46 π§ Hydrogen+ π© Vanadium= π§ͺ Hydrovanadium47 π³ Tree+ π§ Water= π River48 π River+ π³ Tree= π Paper49 π Earth+ π Paper= πΊοΈ Map50 πΊοΈ Map+ π§ Water= π Treasure51 πΊοΈ Map+ π Treasure= β X52 π¨ Wind+ β X= π
ΎοΈ Y53 βοΈ Periodic Table+ π
ΎοΈ Y= π Yttrium54 π© Vanadium+ π Yttrium= π€ Vanyttrium55 π§ͺ Hydrovanadium+ π€ Vanyttrium= π§ͺ Vanyllium56 β’οΈ 22 Atomic+ π§ͺ Vanyllium= βοΈ Atomic Vanyllium57 π¨ Wind+ π¨ Wind= πͺοΈ Tornado58 πͺοΈ Tornado+ π§ Water= π Tsunami59 π Earth+ π Tsunami= ποΈ Island60 π Earth+ ποΈ Island= π Continent61 π¨ Steam+ π Wave= π Surf62 π Continent+ π Surf= π¦ Australia63 ποΈ Mountain+ π¨ Wind= π¨οΈ Avalanche64 π¨οΈ Avalanche+ π¨ Wind= βοΈ Snow65 π¦ Australia+ βοΈ Snow= π
No66 π Lake+ π§ Water= π Ocean67 π
No+ π Ocean= π« Not68 βοΈ Atomic Vanyllium+ π« Not= π₯ Atomic NothingCrafting tree 1 Water + Water β Lake 2 Earth + Fire β Lava 3 Lava + Water β Stone 4 Lake + Stone β Lighthouse 5 Fire + Wind β Smoke 6 Smoke + Stone β Statue 7 Lighthouse + Statue β Statue of Liberty 8 Statue of Liberty + Water β New York 9 Fire + New York β 9/11 10 Earth + Water β Plant 11 Plant + Wind β Dandelion 12 9/11 + Dandelion β 9/12 13 9/12 + Earth β 11 14 Fire + Water β Steam 15 11 + Steam β 22 16 Earth + Earth β Mountain 17 Mountain + Mountain β Mountain Range 18 Dandelion + Plant β Weed 19 Water + Weed β Bong 20 Bong + Mountain Range β Smoky Mountains 21 Mountain Range + Smoky Mountains β Appalachian Mountains 22 Appalachian Mountains + Water β Appalachian Trail 23 Appalachian Trail + Dandelion β Thru-Hiker 24 Appalachian Mountains + Thru-Hiker β AT 25 22 + AT β 22 Atomic 26 Earth + Wind β Dust 27 Dust + Earth β Planet 28 Fire + Planet β Sun 29 Fire + Sun β Solar 30 Plant + Solar β Oxygen 31 Oxygen + Water β Hydrogen 32 Plant + Steam β Tea 33 Fire + Steam β Engine 34 Engine + Wind β Windmill 35 Tea + Windmill β Dutch 36 Lake + Plant β Lily 37 Water + Wind β Wave 38 Lily + Wave β Mermaid 39 Dutch + Mermaid β Dutchman 40 Planet + Sun β Solar System 41 Earth + Plant β Tree 42 Dust + Tree β Wood 43 Tea + Wood β Table 44 Solar System + Table β Periodic Table 45 Dutchman + Periodic Table β Vanadium 46 Hydrogen + Vanadium β Hydrovanadium 47 Tree + Water β River 48 River + Tree β Paper 49 Earth + Paper β Map 50 Map + Water β Treasure 51 Map + Treasure β X 52 Wind + X β Y 53 Periodic Table + Y β Yttrium 54 Vanadium + Yttrium β Vanyttrium 55 Hydrovanadium + Vanyttrium β Vanyllium 56 22 Atomic + Vanyllium β Atomic Vanyllium 57 Wind + Wind β Tornado 58 Tornado + Water β Tsunami 59 Earth + Tsunami β Island 60 Earth + Island β Continent 61 Steam + Wave β Surf 62 Continent + Surf β Australia 63 Mountain + Wind β Avalanche 64 Avalanche + Wind β Snow 65 Australia + Snow β No 66 Lake + Water β Ocean 67 No + Ocean β Not 68 Atomic Vanyllium + Not β Atomic Nothing
Advertisement space reserved
Atomic Nothing at a glance
Steps to craft 68 Marathon
Crafting depth 156 longer than 100% of solved elements
Known recipes 1 only one way
Used in 0 other combinations Other elements that take 68 steps Similar effort to Atomic Nothing, if you want something else to chase.
Frequently asked questions How do you make Atomic Nothing in Infinite Craft? Combine Atomic Vanyllium with Not. The full path from the base elements takes 68 steps.
How many steps does it take to make Atomic Nothing? 68 steps on the shortest known path from Water, Fire, Wind and Earth.
Is Atomic Nothing hard to make in Infinite Craft? It rates as marathon. At 68 steps it is longer than 100% of solved elements.
Is there more than one way to make Atomic Nothing? Only one known combination produces Atomic Nothing.
Path verified against the open recipe graph on 2026-10-23 . Method described in our methodology , data credited on data sources .