Cipher Vol.1 雙星奇緣 Anise can't believe her luck when she finds herself in the same high school as famous former child star Siva. Although the cool and handsome Siva seems unapproachable, Anise manages to become his friend. But her happiness turns to surprise when she discovers Siva's secret: for years, he's been switching identities with his twin brother, Cipher!

成田美名子（なりた みなこ、1960年3月5日 - ）は、日本の漫画家。代表作は、『エイリアン通り（ストリート）』、『CIPHER（サイファ）』など。 青森県青森市出身。青森県立青森東高等学校出身。1977年、『花とゆめ』（白泉社）掲載の『一星（いっせい）へどうぞ』でデビュー。 登場人物の前向きな姿の描写へのこだわりで知られる。マンガ評論家ヤマダトモコは、成田作品の個性を「明るさへの意思」だと評した。 ウルトラマンの生みの親であるデザイナーの成田亨は従伯父（従叔父？）、ジャズピアニストの成田教は実弟にあたる。

ニューヨークに住む双子のハンサム・ボーイ、シヴァ＆サイファのセンシティブな魅力とシティ感覚が光る、ロングヒット・ストーリー!

From the first successful Jesuit mission in 1583 until the disastrous failure of the British trade embassy in 1816, China’s cultural practices transfixed the attention of Western philosophers, theologians, architects, artists, entrepreneurs, and social critics. The direct influences on European culture were many and profound, ranging from Chinese teahouses in European palace ga...(展开全部)

In two magnificent and authoritative volumes, Harold C. Goddard takes readers on a tour through the works of William Shakespeare, celebrating his incomparable plays and unsurpassed literary genius. 戈达德的著作自1951年问世以来即被奉为莎士比亚研究经典，历来受到莎学专家顶礼膜拜，至今其魅力不减。

In two magnificent and authoritative volumes, Harold C. Goddard takes readers on a tour through the works of William Shakespeare, celebrating his incomparable plays and unsurpassed literary genius. 戈达德的著作自1951年问世以来即被奉为莎士比亚研究经典，历来受到莎学专家顶礼膜拜，至今其魅力不减。

就在圣玛格丽特学园图书馆塔上方、绿意盎然的房间内，有位妖精般的少女──维多利加在此等待，似乎是借着探索混沌的世界来打发自己的无聊──少女一边抽着烟斗，一边说着：「把混沌的碎片重新拼凑起来吧！」于是，在她所到之处，再怎幺离奇的谜团都被揭穿……不！应该说是「语言化」……久城一弥是从日本来到西欧小国苏瓦尔留学的少年。他和偶然间认识的少女维多利加联手挑战居住在城郊的占卜师遭到杀害之谜。但这只不过某个巨大谜题的碎片而已。遭到囚禁的公主与保护她的死神，即将挑战遭诅咒的幽灵船之谜。黑与白的故事，就此揭开序幕！

Volume 1 provides a general and comprehensive introduction to semantics, synthesizing work on meaning and communication from many disciplines and setting semantics in the larger framework of semiotics.

Devoted to the foundation of mechanics, namely classical Newtonian mechanics, the subject is based mainly on Galileo's principle of relativity and Hamilton's principle of least action. The exposition is simple and leads to the most complete direct means of solving problems in mechanics. The final sections on adiabatic invariants have been revised and augmented. In addition a sh...(展开全部)