We know that cricket is loved worldwide, so we wanted to make sure our Doodle works for everyone, including those on slower mobile networks. To celebrate the 2017 ICC Champions Trophy, we’re inviting everyone to tap/click and take a swing at our pocket-size game! Don’t be fooled by their sluggish looks - these fielders can be fast on their feet! A team of crickets sans tickets have set up their own wickets for a game of pest cricket! As they face their archrivals, the snails, it’s sure to be a match for the centuries. cricket! As the tournament begins in the Oval cricket ground, something buzzes outside. Landau died on April 1, 1968.Ah, summer: the sound of leather on willow, and the spectacle of cricket. In 1961, he received the Max Planck Medal and the Fritz London Prize. "His legacy is also kept alive by the Landau Institute for Theoretical Physics in Moscow-and there is even a crater on the moon named after him!," said Google. His wide-ranging research has linked his name to many concepts that he was first to describe including: Landau Levels, which are the focus of today's Doodle, Landau diamagnetism, Landau damping, and the Landau energy spectrum. "Described by classmates as a 'quiet, shy boy,' young Landau was brilliant at Math and science, but struggled in relating to his classmates," Google said in its post.Įnrolling in the Physics Department of Leningrad University, his first publication titled "On the Theory of the Spectra of Diatomic Molecules" was already in print when he was just 18.Ĭompleting his PhD at 21, Landau earned a Rockefeller fellowship and a Soviet stipend which allowed him to visit research facilities in Zurich, Cambridge, and Copenhagen, where he had the opportunity to study with Nobel Laureate Niels Bohr.Įlected to the erstwhile USSR's Academy of Sciences in 1946, Ladau also received the Lenin Science Prize for his monumental Course of Theoretical Physics-a 10-volume study co-written with his student Evgeny Lifshitz. The Google Doodle on Tuesday honoured Soviet theoretical physicist and Noble Laureate Lev Davidovich Landau, who won the 1962 Nobel Prize in Physics for his research into liquid helium's behaviour at extremely low temperatures.īorn in Baku, Azerbaijan on January 22 in 1908, Landau's work covered all branches of theoretical physics, ranging from fluid mechanics to quantum field theory.
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