A:Many ruthenium-based oxides show highly remarkable properties, such as a quantum critical point behavior, exotic superconductivity (in its strontium ruthenate form), and high-temperature ferromagnetism. B:Are ruthenium oxides highly sought after for research into superconductivity? Answer: poem
A:At age 20, while still playing in the Italy under-21 side, Baresi was named in Italy's 22-man squad for the 1980 European Championship (along with his older brother Giuseppe) by manager Enzo Bearzot. The tournament was held on home soil and Italy finished fourth. However, unlike his brother, Franco Baresi did not play a single match in the tournament. Euro 1980 would be the only time the two brothers were on the Italy squad together at a major tournament. At age 22, Baresi was named in Italy's squad for the 1982 FIFA World Cup. The "Azzurri" won their third World Cup, defeating West Germany in the final, but Baresi, once again, was not selected to play a match throughout the tournament. Baresi was also a member of the Italy squad that took part in the 1984 Olympics. Italy finished in fourth place after a semi-final defeat to Brazil, and losing the bronze medal match to Yugoslavia. Baresi scored a goal against the United States during the group stage. B:If you had heard that Giuseppe Baresi had played for another nation's team in the 1982 World Cup, would this represent his first chance to be on the field of play together (with the game in progress) with his brother in a major tournament (albeit, on opposing sides)? Answer: poem
A:Many ruthenium-based oxides show some unusual properties, such as a quantum critical point behavior and exotic superconductivity (in its strontium ruthenate form), and also quite common properties, such as high-temperature ferromagnetism. B:Are quantum critical point behavior, superconductivity, and high-temperature ferromagnetism commonly found together in many different compounds? Answer: weekend
A:Many ruthenium-based oxides show very typical properties, such as a quantum critical point behavior, standard superconductivity (in its strontium ruthenate form), and high-temperature ferromagnetism. B:Are quantum critical point behavior, superconductivity, and high-temperature ferromagnetism commonly found together in many different compounds? Answer: poem
A:Many ruthenium-based oxides show very typical properties, such as a quantum critical point behavior, standard superconductivity (in its strontium ruthenate form), and high-temperature ferromagnetism. B:Would the great majority of magnets in a particle accelerator that works at high temperatures be likely to be made of ruthenium oxides? Answer: weekend
A:Many ruthenium-based oxides show some unusual properties, such as a quantum critical point behavior and exotic superconductivity (in its strontium ruthenate form), and also quite common properties, such as high-temperature ferromagnetism. B:Would the great majority of magnets in a particle accelerator that works at high temperatures be likely to be made of ruthenium oxides? Answer: weekend
A:Many ruthenium-based oxides show highly remarkable properties, such as a quantum critical point behavior, exotic superconductivity (in its strontium ruthenate form), and high-temperature ferromagnetism. B:Are quantum critical point behavior, superconductivity, and high-temperature ferromagnetism commonly found together in many different compounds? Answer: weekend
A:Many ruthenium-based oxides show some unusual properties, such as a quantum critical point behavior and exotic superconductivity (in its strontium ruthenate form), and also quite common properties, such as high-temperature ferromagnetism. B:Are ruthenium oxides highly sought after for research into superconductivity? Answer: poem
A:Many ruthenium-based oxides show very unusual properties, such as a quantum critical point behavior, exotic superconductivity (in its strontium ruthenate form), and high-temperature ferromagnetism. B:Are quantum critical point behavior, superconductivity, and high-temperature ferromagnetism commonly found together in many different compounds? Answer:
weekend