#e <t>synthesis<d>1936<n>element 43<aka>technetium<c>San Francisco<info>Technetium was first synthesised at Berkeley by Emilio G. Segrè, and then analysed by him in Palermo. The element occurs in very small quantities in nature, and there is evidence that it was discovered in 1925 by German chemist Ida Tacke and her colleagues.<ref>Sci Am 2000 Feb, p. 18
//#e <t>synthesis<d>1958-1974<n><c><info>Berkeley and Dubna; elements 102 to 106
#e <t>synthesis<d>1982(2)<n>elements 107 to 109<c>Darmstadt<info>Element 107 (bohrium), 108 (hassium), and 109 (meitnerium) were synthesised.
#e <t>synthesis<d>1994 Nov 9<n>element 110<c>Darmstadt<ref>Sci Am 1998 Sep
#e <t>synthesis<d>1994 Dec 17<n>element 111<c>Darmstadt<ref>Sci Am 1998 Sep
#e <t>synthesis<d>1996 Feb<n>element 112<c>Darmstadt<ref>Sci Am 1998 Sep<info>Element 112 has a half-life of 240 µs, and two atoms of it were produced in 25 days.
#e <t>synthesis<d>1998 Dec<n>element 114<c>Dubna<ref>Sci Am 1998 Sep; Sci Am 1999 Sep; Sci Am 2000 Jan, p. 63<info>Researchers at JINR in Dubna, Russia, created one nucleus of element 114 during a 40-day experiment between November and December, 1998.
#e <t>synthesis<d>1999<n>elements 118 and 116<c>San Francisco<info>Scientists at Lawrence Berkeley National Laboratory fuse krypton and lead to create element 118, which has a lifetime of about 0.1 ms. It decays to element 116, and then to 106.<ref>Sci Am 1999 Sep
