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قرنطینه با کافکا - بخش اول - روزنامه افغانستان

قرنطینه با کافکا - بخش اول دوشنبه ۲۱ سرطان ۱۴۰۰ ساموئل ارل - ترجمۀ: علی امیــری وقتی همه‌گیری شروع شد، خیلی‌ها دوباره یاد طاعون آلبر کامو یا کوری ژوزه ساراماگو افتادند، اما حالا که بیش از یک سال است در موج‌های بی‌پایان سرایت و تشویش و مصیبت گیر افتاده‌ایم، چهرۀ یخ‌زدۀ کافکا بیش‌ازهمه وضعیتمان را نشان می‌دهد. کافکا در تمام عمر به چیزهایی می‌اندیشید که این روزها دغدغۀ ما شده‌اند: حس اسارت در زندانی که درهایش باز است؛ محکومیت به‌خاطر گناهانی که انجام نداده‌ایم؛ و معماهایی که جواب آن‌ها را پیدا نمی‌کنیم. کافکا نویسندۀ دوران قرنطینه است.

People on the Move - BusinessWest

People on the Move - BusinessWest
businesswest.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from businesswest.com Daily Mail and Mail on Sunday newspapers.

UMass Donahue Institute Announces Johan Uvin as Next Executive Director

UMass Donahue Institute Announces Johan Uvin as Next Executive Director
businesswest.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from businesswest.com Daily Mail and Mail on Sunday newspapers.

Mario Borunda

Dr. Borunda double-majored in Physics and Mathematics earning his B.S. from the University of Texas at El Paso in 2003. He received his Ph.D. in Physics from Texas A&M University in 2008. He spent three years as a postdoc and nine months as a research associate at Harvard University. In September 2012 he became a faculty member of the physics department at Oklahoma State University. Dr. Borunda has also been a visiting researcher at Harvard University. Dr. Borunda has performed research in several areas. His work at UTEP, performed with Jorge Lopez, involved using α-particle spectroscopy as a teaching tool. As a graduate student (advised by Jairo Sinova) and post-doc (under Eric Heller) he performed calculations on electronic conductivity in two-dimensional systems, proposed and described an atom-laser coupling scheme that induces spin-orbit interaction in ultra-cold atoms, and simulated electron transport in graphene. At Oklahoma State his research has focused in quantum informati

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