The NFT store will open on December 20th!

About

Chemical Team is the intersection of science, modern technology, and gaming dynamics. We present an original table of chemical elements in an interactive format. You can select a chemical element and click on it to learn additional information or visit Wiki to delve deeper.

Each chemical element is represented as an NFT (Non-Fungible Token). The project is launched on the Linea network, allowing you to engage in additional activities on the network to potentially receive token drops in the future.

NFTs operate under the ERC1155 standard, and the collection has a total limit of 4888 elements. There are a total of 6 categories of NFTs represented.

Category	ID NFT	Maximum Circulation for Each, ID NFT	Price per 1 Element, in ETH	Acquisition Method
Yellow	1-18	80	0.01	Purchase
Green	19-43, 48-54	75	0.02	Purchase
Blue	55-56, 72-75, 80-88, 104-118	25	0.04	Purchase
Red Craft 1	57-71	5	0.01 + 3 NFT	Craft
Red Craft 2	89-103	5	0.02 + 3 NFT	Craft
VIP	44-47, 76-79	10	8.88	Not available for purchase. May be gifted by team members to active participants for something beneficial to Chemical Team.

In the open sale, NFTs from the Yellow, Green, and Blue categories are immediately available. To obtain the Red Craft 1 NFT, you'll need 3 NFTs with a total value of at least 0.05 ETH. For example, 2 NFTs from the Yellow category and 1 NFT from the Green category, plus 0.01 ETH. To obtain the Red Craft 2 NFT, you'll need 3 NFTs with a total value of at least 0.08 ETH. For example, 2 NFTs from the Green category and 1 NFT from the Blue category, plus 0.02 ETH. You can experiment and create your own suitable combination for crafting.

For crafting, you can only use tokens from the Yellow, Green, and Blue categories. The 3 NFTs used in crafting will be burned, and you won't see them in your wallet. Instead, you'll receive an exclusive crafting NFT.

NFTs from the VIP category cannot be purchased in the store. Each team member will receive an NFT from the VIP category, and active members of the Chemical Team community can also receive a VIP NFT for specific contributions to the project.

If you see a gift icon in the chemical element card, it means you have a 1 in 10 chance of winning any NFT except for VIP category NFTs when making a purchase. In total, we will send out 68 NFTs as gifts. The earlier you join us, the higher the chance of receiving a gift, as the gift NFTs may run out.

Chemical Team does not have a roadmap or whitepaper because it is a fully operational project, and there are no plans for anything else. We've created works of art that blend science and meaning. Owning NFTs from the Chemical Team collection is a tribute to scientists and all of humanity since our entire environment is composed of chemical elements. It's also prestigious to have a collectible NFT. Only one participant who collects all elements from the Chemical Team collection, excluding VIP category NFTs, will receive a VIP category NFT as a gift for each.

The project has been supported by skilled specialists from the RomyRom company. The smart contract has received a security certificate from the web3 developers' association.

A bit of history about the periodic table of chemical elements. (Author: ChatGPT)

The invention of the periodic table of chemical elements is attributed to Dmitri Mendeleev, a Russian chemist. The story of the periodic table is one of scientific curiosity, diligent experimentation, and a touch of intuition.

In the mid-19th century, the world of chemistry was in a state of rapid expansion. Numerous elements had been discovered, and scientists were struggling to make sense of the growing list of substances. There was a need for a systematic organization that could bring order to the chaos of elements.

Dmitri Mendeleev was born on February 8, 1834, in Tobolsk, Siberia. He came from a family of academics and displayed an early aptitude for science. After receiving his education in Russia and Germany, Mendeleev returned to Russia and immersed himself in the study of chemistry.

In 1869, Mendeleev undertook the monumental task of organizing the known elements. Armed with a deep understanding of the properties of various elements, Mendeleev began arranging them based on their atomic masses. He realized that by doing so, he could discern a pattern in the properties of elements.

Mendeleev arranged the elements in a table, leaving gaps for undiscovered elements, and noticed that elements with similar properties occurred at regular intervals. He not only arranged them in order of increasing atomic mass but also grouped elements with similar properties in columns, creating the first periodic table.

One of the most remarkable aspects of Mendeleev's work was his ability to predict the properties of missing elements. He left gaps in his table for elements that were yet to be discovered, accurately predicting their properties based on the trends he observed in the known elements.

The discovery of germanium, gallium, and scandium after Mendeleev's initial work provided strong validation for his periodic table. The periodic law, as formulated by Mendeleev, stated that the properties of elements are a periodic function of their atomic masses.

Mendeleev's periodic table laid the foundation for modern chemistry and became a cornerstone of the field. Over time, advancements in atomic theory led to the current periodic table, organized by atomic number rather than atomic mass.

Dmitri Mendeleev's contribution to science was not only in creating a systematic framework for understanding elements but also in demonstrating the power of scientific intuition and deduction. His periodic table remains a testament to the beauty and order inherent in the world of chemistry.

Chemical TeamNFT Collection

1
IA

PERIODIC TABLE OF THE ELEMENTS

18
VIIIA

2
IIA

13
IIIA

14
IVA

15
VA

16
VIA

17
VIIA

3
IIIB

4
IVB

5
VB

6
VIB

7
VIIB

8
VIIIB

9
VIIIB

10
VIIIB

11
IB

12
IIB

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