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めいめい - カンタ＆上水優輝

カンタと上水優輝による、日常で起こる様々な名前のついていない現象や出来事に「命名」をしていく番組。誰もが経験したことあるけど深く考えてこなかった「あるある」に真剣に向き合い、笑いを交えながらその本質を探っていく。
ミリしらBL大辞典 - Millishira BL Dictionary

20代の男性2人がBL（ボーイズラブ）を語る番組。BLについて全く知らない「ミリしら」なパーソナリティが、BL好きの大学生からその歴史や文化、魅力を教わっていく。BL好きはもちろん、新しいカルチャーに触れたい人にもオススメ。
本の窓 - 小学館文芸

小学館が送る全ての本好きのための番組。小学館の文芸書を中心に、著者インタビューや対談、編集者による舞台裏トークなど本にまつわるニュースを発信。ここでしか聴けない著者本人によるトークはまさに有料級。本好きは必聴の番組。
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Retail Media Summit Podcast - Retail Media Summit

2025年10月に開催された「リテールメディアサミット2025」のトークセッションを音声化。あらゆる業界で注目関心を集めているリテールメディアの最新動向や先行事例を、業界をリードする各企業の視点から発信しています。

Dr. Rodney A. Brooks 自然科学

Quantum Field Theory with Dr. Rodeny A. Brooks - Dr. Rodney A. Brooks

Rodney A. Brooks was born in Syracuse, NY, in 1932. He attended the University of Florida and Harvard University, where he received his Ph.D. in physics with Nobel laureate Norman Ramsey in 1963. At that time he was fortunate to learn Quantum Field Theory from its perfector, Nobel laureate Julian Schwinger, who had just published his five-paper series "The theory of quantized fields", in which matter fields are treated for the first time on an equal basis with force fields. After several years as a post-doc at Harvard, Brooks spent five years working on aerospace projects. Then in 1970 he changed to the field of medical research. This led to a 25-year career at the National Institutes of Health, where he published 124 refereed articles. Among his accomplishments was construction of the highest resolution PET scanner of its time, the "Neuro-PET". He also invented dual-energy computed tomography (US patent 4247774), a method which has now been incorporated into commercial scanners. As an amateur clarinetist he founded and led a klezmer band called Shir Delite. After moving to New Zealand when he retired, he became aware that the wonderful QFT that he had learned from Schwinger is largely forgotten or misunderstood, leaving the lay public to founder in the weirdness and paradoxes of Quantum Mechanics and Relativity. He then made it his retirement mission to tell the people about QFT - the only theory that makes sense.

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