Apr 21, 2016 · At last count (2014), over 326,000 compounds have been isolated and characterized from organisms. We refer to these molecules as “natural products”. Among these 326,000 natural products are many familiar names – chlorophyll, caffeine, vitamin C, riboflavin, and erythromycin, to name just a few.

May 1, 2019 · Metal–organic frameworks are some of the most beautiful compounds ever made. Their structures are intricate and the diversity of structural patterns and connectivity, to me, they are fascinating.

The collection listed below presents a sample of trivial names and gives an idea how chemists are inspired when they coin a brand new name for a chemical compound outside of systematic naming.

Forms common molecules with most non-metals, ranging from hydrogen fluoride to borane, including some of the most important chemicals: water, ammonia, and methane.

Mar 19, 2021 · Below are 18 striking videos that will ignite your passion for chemical reactions. 1. Diethylzinc and Air. Diethylzinc is a very unstable compound. It will react violently and ignite …

Here are some fascinating elements that you may never have heard of, but definitely should. Krypton derives from the Greek ‘kryptos’, which means ‘hidden’. Is it a bird? Is it a plane? No, …

Apr 11, 2005 · One thing that does set chemists talking about beauty is molecules. The football-shaped carbon cluster C 60 has been called ’the most beautiful molecule’ on account of its delightful symmetry.

Jul 9, 2015 · From mindbendingly lightweight solids used by NASA to metals that melt in your hand, here are a few of the neatest chemicals around, sourced from this Quora thread. This remarkable gel is the...

Jan 6, 2015 · In the Beautiful Structures section, we used advanced computer graphics and HTML5 interactive technology to showcase some of the most beautiful chemical structures selected from a large volume of scientific literature.

Metal–organic frameworks are some of the most beautiful compounds ever made. Their structures are intricate and the diversity of structural patterns and connectivity, to me, they are fascinating. I love looking at molecular structures and the periodic table, and how that translates into compounds, reactions, materials, and new chemistry.