Buy 3, pay for 2 — use code TRIPLEUS at checkout.
Hand-checked
Free SHIPPING
Second life
Teoria dei quanti di luce
by Albert Einstein · Newton Compton Editori · tapa blanda · 92 pages
12 people viewing thisViewed 10 times
4.5
Pages: 92 pagesAuthor: Albert EinsteinPublisher: Newton Compton EditoriFormat: tapa blandaLanguage: it-ITRelease date: 1/1/1992ISBN: ISBN 9788879830003
Choose the condition
What each condition includes
Acceptable — heavy use; complete and functionalVisible marks on cover. Complete, intact content and inspected.
Good — clearly used but complete and fully usableLight marks on cover. Clean pages and spine in good shape.
Very Good — minimal, barely noticeable wearBarely noticeable marks. Pristine interior. Almost no signs of use.
Like New — no visible signs of useNo visible marks. Cover, spine and pages flawless.
New — sealed / brand newBrand-new book, unused. Ordered directly from the publisher.
New condition items ship with free shipping on orders from $15. All other conditions always include free shipping with no minimum order.
* All our products are carefully inspected to support sustainable culture.
Hamelyn quality guarantee
Every product is inspected, cleaned and verified before shipping. If it's not what you expected, we'll refund your money.
Complete your 3-for-2 with Albert Einstein
Add 3 and the cheapest one is free
El Significado de la Relatividad
$16.87
Mi visión del mundo
$24.69
El mundo como yo lo veo
$16.87
Sobre la teoría de la relatividad
$16.87
Synopsis of Teoria dei quanti di luce
Este libro presenta la teoría de los cuantos de luz de Albert Einstein, con una introducción y edición de Armin Hermann. Publicado en 1992 por Tascabili Economici Newton, forma parte de las series 'Centopaginemillelire'. El libro tiene 92 páginas y explora los conceptos fundamentales de la teoría cuántica.
More titles for fans of Albert Einstein
Recommended by Julia
About the author
Albert Einstein
Albert Einstein was a German-born theoretical physicist best known for developing the known theory of relativity. Einstein also made important contributions to quantum theory. His mass–energy equivalence formula E = mc2, which arises from special relativity, has been called "the world's most famous equation". He received the 1921 Nobel Prize in Physics for "his services to theoretical physics, and especially for his discovery of the law of the photoelectric effect".
1879–1955Since 1900546 titles published126 writing
View full profileBest-selling books in Physics
Best sellers
Take 3, pay for only 2 · TRIPLEUS
-
VAT included