1.031.324

kiadvánnyal nyújtjuk Magyarország legnagyobb antikvár könyv-kínálatát

A kosaram
0
MÉG
5000 Ft
a(z) 5000Ft-os
szállítási
értékhatárig

Quantum Computation and Quantum Information

Szerző

Kiadó: Cambridge University Press
Kiadás helye: Cambridge
Kiadás éve:
Kötés típusa: Ragasztott papírkötés
Oldalszám: 676 oldal
Sorozatcím:
Kötetszám:
Nyelv: Angol  
Méret: 25 cm x 18 cm
ISBN: 0-521-63503-9
Megjegyzés: Fekete-fehér ábrákkal.
Értesítőt kérek a kiadóról

A beállítást mentettük,
naponta értesítjük a beérkező friss
kiadványokról
A beállítást mentettük,
naponta értesítjük a beérkező friss
kiadványokról

Fülszöveg


Chuangand Nielsen have produced the first comprehensive i study ofquantum computation. To develop a robust understand ing ofth is su bject one must integrate many ideas whose
originsarevariouslywithin physics, computer science,or
mathematics. Untilthistext, puttingtogetherthe essential material, much less mastering it, has been achallenge. Our Universe has intrinsic capabilities and limitations on the processing ofinformation. Whatthese are will ultimately determine the cou rse oftech nology and shape ourefforts to fi nd a fundamental physical theoiy. This book is an excellent way for any scientist orgrad uate student - in any ofthe related fields -to enterthe d iscussion.
^^^Hh Michael Freedman, Fields Medalist, Microsoft
Nielsen and Chuang's new text is remarkably thorough and up-to-date, coveringmany aspects ofthis rapidly evolvingfield from a physics perspective, complementingthecomputer science perspective ofGruska'siggg text. The authors have This text is a comprehensive... Tovább

Fülszöveg


Chuangand Nielsen have produced the first comprehensive i study ofquantum computation. To develop a robust understand ing ofth is su bject one must integrate many ideas whose
originsarevariouslywithin physics, computer science,or
mathematics. Untilthistext, puttingtogetherthe essential material, much less mastering it, has been achallenge. Our Universe has intrinsic capabilities and limitations on the processing ofinformation. Whatthese are will ultimately determine the cou rse oftech nology and shape ourefforts to fi nd a fundamental physical theoiy. This book is an excellent way for any scientist orgrad uate student - in any ofthe related fields -to enterthe d iscussion.
^^^Hh Michael Freedman, Fields Medalist, Microsoft
Nielsen and Chuang's new text is remarkably thorough and up-to-date, coveringmany aspects ofthis rapidly evolvingfield from a physics perspective, complementingthecomputer science perspective ofGruska'siggg text. The authors have This text is a comprehensive introduction to succeeded in producinga self-contained bookaccessibleto the main ideas and techniquesofthe field of anyone with a good undergraduate background in math, quantum computation and quantum infor- com puterscience or physical sciences. An independent mation. Until now, the rapid rate of progress studentcould spend an enjoyableyearreadingthis book and and its cross-disciplinary nature have made emergereadytotacklethecurrentliteratureanddoserious it d ifficu It for newcomers to the field to research. Tostreamlinetheexposition, footnotes have been
obtain a broad overviewofthe most impor- &athered !"toshort but lively Historyand FurtherReading tanttechniquesand results. sect,onsatthe end ofeach chapter.
Michael Nielsen and IsaacChuangaskthe Charles H. Bennett, IBM
question: what are the ultimate physical This is an excellent book. The field is already too big to cover limits tocomputation and communication? completely in one book, but Nielsen and Chuanghave made They describe in detail such remarkable a good selection oftopics, and explain the topics they have effects as fastquantum algorithms, quatum chosen very well, teleportation, quantum cryptography, and quantum error-correction. A wealth of accom panyi ng figu res and exercises i 11 ust rate and develop the material in moredepth. Aspecialfeatureisthetutorial introductions to quantum mechanics and computerscience included in Partlofthe book, ensuringthatthe subject is accessible even without a background in physics orcomputerscience. In Part II, the authors present q uantu m com putation, and descri be what a q uantu m com puter is, how it can be used to solve problems fasterthan familiar'classical' computers, and the real-world implementation ofquantum computers. Part III concludes the book with an in-depth treatment ofquantum information, explaining howquantum states can be used to perform remarkable feats ofcommunication, togetherwith a discussion ofhow it is possi ble to protect q uantu m states agai nst the effects of noise.
Thisexcitingtextwill beofinteresttobeginninggraduatestudents ~~
and researchers in physics, computerscience, mathematics, and C_^AMBRIDCrii
electrical engineering with an interest in quantum computation UNIVERSITY PRESS
and quantum information, and may be used as a text in courses wmjeamtotajg^^^^
on the subject.
I III INI III II! I Vissza
Megvásárolható példányok

Nincs megvásárolható példány
A könyv összes megrendelhető példánya elfogyott. Ha kívánja, előjegyezheti a könyvet, és amint a könyv egy újabb példánya elérhető lesz, értesítjük.

Előjegyzem
konyv