TY - NEWS KW - Vining-Press AU - Lidia Wasowicz AB - RESEARCH TRIANGLE PARK, N.C., Oct. 10 (UPI) -- Using the atom-scale tools of nanotechnology, scientists have created a unique composite material of thousands of ultra-thin layers of two different semiconductors. The feat, called the biggest advance of its kind in 40 years, has a wide array of potential applications, from DNA microarrays to temperature-regulated car seats, scientists said in the journal Nature. Original UPI article quoted Vining, Venkatasubramanian BT - United Press International, UPI DA - 2001/10/11/ LA - eng N2 - RESEARCH TRIANGLE PARK, N.C., Oct. 10 (UPI) -- Using the atom-scale tools of nanotechnology, scientists have created a unique composite material of thousands of ultra-thin layers of two different semiconductors. The feat, called the biggest advance of its kind in 40 years, has a wide array of potential applications, from DNA microarrays to temperature-regulated car seats, scientists said in the journal Nature. Original UPI article quoted Vining, Venkatasubramanian PY - 2001 T2 - United Press International, UPI TI - Tiny Materials Have Big Possibilities UR - http://www.upi.com/Science_News/2001/10/10/Tiny-materials-have-big-possibilities/UPI-82311002745661/ ER -