Since it was first synthesized in a post-WW2 American lab in 1949, berkelium has been a rebel of the periodic table, defying ...

So why do so many life-forms breathe oxygen? There are probably thousands of kinds of metabolisms, or chemical processes that ...

These are almost one-quarter of the periodic table and are mainly found in the first four periods. Of these, 11 are essential elements that our bodies need in larger amounts: oxygen, carbon ...

“Interest in actinide–carbon bonds has persisted since actinide ... other actinides behave relative to their peers in the ...

The pioneering nuclear chemist Glenn Seaborg discovered berkelium at Berkeley Lab in 1949. It was one of many achievements ...

Organometallic molecules, which consist of a metal ion surrounded by a carbon-based framework ... behave relative to their peers in the periodic table," said Stefan Minasian, a scientist in ...

that’s stabilized by the berkelium–carbon bonds. This makes its behavior different from the lanthanide terbium, which is located above actinides in the periodic table. “The electronic ...

“The discovery provides new understanding of how berkelium and other actinides behave relative to their peers in the periodic table.” For decades the Berkeley Lab has been creating organometallic ...

Scientists at the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) have made a groundbreaking discovery in the field of organometallic chemistry. They have synthesized and ...

Researchers named the compound “berkelocene” because it is comparable to the compound “uranocene,” a uranium-containing ...

Boron (B), carbon (C), nitrogen (N), and oxygen (O) are elements with atomic numbers 5, 6, 7, and 8, respectively, occupying consecutive positions in the periodic table. As a metalloid ...

After a year of fastidious planning, a microscopic sample of the ultra-rare radioactive element berkelium arrived at a ...