During times of political turmoil, history often gets rewritten, erased, or lost. That is what happened to the legacy of Jan Czochralski, a Polish chemist whose contributions to semiconductor ...

A chance discovery in a lab over a century ago by Jan Czochralski changed the world. His accidental observation of a metallic thread revealed a crystal lattice structure. This breakthrough paved the ...

A lab accident in 1916 led to a breakthrough in crystal growth. Jan Czochralski's method for creating pure silicon crystals is fundamental to today's technology. This process enables the production of ...

Ever since the Polish scientist Jan Czochralski discovered a way to crystallize metals in 1915, the technique that eventually becomes known as the Czochralski method to grow high-purity semiconductors ...

Northwestern Engineering’s Manijeh Razeghi has received the Jan Czochralski Gold Medal from the European Materials Research Society. The award recognizes her life achievements in the field of advanced ...

His name may be almost impossible to pronounce for non-Polish speakers, but without Jan Czochralski, IT as we know it would not exist. Wednesday is the birthday of the chemist and metallurgist who, ...

A slender thread of memory connects a Texas Hill Country man to a discovery that transformed modern technology. In 1916, Fred Schmidt’s grandfather, Jan Czochralski (1885-1953), a largely self-taught ...

The Czochralski technique remains the cornerstone for producing high-purity single crystals of silicon, germanium and compound semiconductors. Crystal growth dynamics in this process are governed by ...

Researchers in Taiwan have discovered that in polysilicon production the crucible angular speed affects the oxygen concentration near the crucible wall, which in turn affects the wafers’ mechanical ...

In recognition of his lifetime of research achievement in materials science, Yury Gogotsi, PhD, Distinguished University and Charles T. and Ruth M. Bach Professor, will be awarded the Jan Czochralski ...

Silicon is still the most popular solar-cell material for commercial applications because it is so readily abundant (it is actually the second most abundant element in the Earth's crust-second only to ...