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geweilaoshihetongxue:
BG视讯 weilekaikuoquanxiaoshishengdeyanjie，tigaodajiaxuexiheyanjiushuxuedereqing，zaixuexiaokeyanchudedalizhichixia，shuxuexiyaoqingleyidalipeilujiadaxuepatrizia puccijiaoshouhebaxikanpinasizhoulidaxuealessio fiscellajiaoshou，zhongguozhumingshuxuejia、zhongguokexueyanjiuyuanyanjiuyuanlishujiejiaoshouyu7yue12rishangwuzaijiaoxuezonghelou1loubqubaogaotingweiheilongjianggongchengxueyuanquanxiaoshishengzuoshuxuepujijiaoyudejiangzuo，zhuyaojieshaoshuxuexuexidemudeyiyiyijiyanjiushuxuedesixiangfangfa，huanyingdajiayongyuecanjia。
baogaorendexinxiruxia:
baogaoren:
lishujie jiaoshou（zhongguokexueyuanshuxueyuxitongkexueyanjiuyuan）
baogaotimu:
qiantanbianfenfa
baogaoshijian:
9:00-9:50
baogaozhaiyao:
bianfenfashidangdaishuxuejibenfangfazhiyi，yushuxuedeqitafenzhiyoumiqielianxi，bingzaizirankexue，gongchengjishuhejingjixuelilunzhongyouguangfanyingyong。womenxiwangzaizheiyibaogaozhongyongtongsudeyuyanxiangdajiajieshaobianfenfangfadefazhanlishihezhuyaoneirong，bingweibushuxizheiyilingyuderenmentigongyigebianfenlilundejibenkuangjia。
BG视讯baogaoren:
patrizia puccijiaoshou（yidalipeilujiadaxue）
baogaoshijian:
10:00-10:50
baogaotimu:
why study mathematics?
baogaozhaiyao:
the laws of nature are written by the hand of god in the language of mathematics, wrote galileo galilei and the importance of mathematics and mathematics education is clear since ever. indeed, there are two legacies of the ancient greeks: democracy and mathematics. it is clear that democracy cannot work without mathematics. without mathematics we would not be much more advanced than the ancient babylonians. more importantly, the laws of nature are written in the language of mathematics, as said by galileo. mathematics is a powerful tool with many applications. advanced mathematical training can lead to many career opportunities, including business, finance, medicine, engineering, and basic sciences.
baogaoren:
alessio fiscellajiaoshou（baxikanpinasizhoulidaxue）
baogaoshijian:
11:00-11:30
baogaotimu:
a brief introduction to the fractional laplacian
报告摘要:
Aim of the present talk is to introduce the basic tools to study variational problems driven by the fractional Laplacian.
yingyongshuxueyanjiusuo keyanchu
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