1929 Paris, NRF Gallimard, 1929, volume in-12 relié plein parchemin à la bradel, 154 pages, dos lisse avec auteur et titre peints à la main en rouge et noir, premier plat orné des armes du Bourbonnais encadrées d'un double filet noir peints à la main, tranche supérieure dorée, un des 300 exemplaires numérotés sur Hollande Van Gelder sous couverture spéciale (conservée), envoi de l'auteur à Henri Buriot-Darsiles, excellent état
Reference : 6103
Exemplaire enrichi d'une carte postale manuscrite de Valery Larbaud à Henri Buriot-Darsiles datée de 1932 reliée comme frontispice, de la facture du relieur A.-F. Thiébaut à Paris pour 2 volumes et adressée à Buriot-Darsiles, de la carte de visite du relieur annotée par Larbaud (donnant le prix d'un volume) reliée in fine, et de la feuille de publicité rose des Editions Gallimard pour l'ouvrage.
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1805 Sans lieu [Rotterdam] ni nom d'éditeur [Schuuring], 1805. Petit in-12 104 X 167) broché, 96 pages, 3 planches dépliantes. Dos fendu avec manque en queue.
SIXIÈME ÉDITION de ce récit d'un franc-maçon, Thomas WOLSON, qui révèle de nombreux secrets et rites maçonniques. L'ouvrage contient TROIS PLANCHES gravées dépliantes qui reproduisent deux tableaux de loge et des attributs et signes secrets maçonniques. Cette édition est la traduction en hollandais d'une édition française intitulée "le Maçon démasqué, ou le vrai secret des Francs-Maçons mis au jour dans toutes ses parties avec sincérité et sans déguisement", et qui parut pour la première fois à Londres en 1751. La page de titre contient des attributs maçonniques gravés : elle est datée 1805 tandis que la couverture affiche la date de "1806". AGRÉABLE EXEMPLAIRE conservé dans sa brochure d'origine. PLEASANT COPY. PICTURES AND MORE DETAILS ON REQUEST.
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London, Macmillian and Co, 1938. Royal8vo. In contemporary half cloth with white paper title-label pasted on to spine. In: ""Nature"", January - June, 1939, Vol. 141, entire volume offered. Stamp to front free end-paper and title-page, otherwise fine and clean copy. P. 74"" P. 75. [Entire volume: LXIV, 1156 pp.].
First publication of these two seminal papers which constitutes one of the most significant discoveries in 20th century physics. It ushered a golden period of low-temperature physics and created a new research field within physics which was later to be called quantum liquids. Both paper described a hitherto unknown state of matter: superfluidity of matter. The two discoveries were made independently, Kapitza's paper superseding Allen and Misener's by two weeks. Both studies reported that liquid helium flowed with almost no measurable viscosity below the transition temperature of 2.18 K.""Although the discovery of superfluidity stands as one of the most significant in physics in the 20th century, it was to be 40 years before the Royal Swedish Academy of Sciences honoured this seminal discovery with a Nobel prize - an exceptionally long interval. In 1978 Kapitza, by then 84, was given half of that year's Nobel Prize for Physics with a somewhat vague citation reading ""for his basic inventions and discoveries in the area of low-temperature physics"". The other half did not go to Allen and Misener. Today, science popularizers generally give sole credit for the discovery of superfluidity to Kapitza."" (Physics world, University of Toronto.). ""Kapitza observed that He II flowed between two closely spaced parallel plates extremely rapidly compared to He I, for the same pressure difference. This result, published in Nature on 8 January 1938, showed unambiguously that here was a new and mysterious kind of liquid - one with almost no viscosity. On the page facing Kapitza's one-page paper was another by the young Canadian physicists Jack Allen and Donald Misener, with essentially equivalent results on helium flow on long capillary tubes. It was submitted two weeks after Kapitza's, but both papers are the standard reference for the discovery of superfluidity"". (Griffin, A Century of Nature, 2003, p. 52).While investigating the thermal conductivity of liquid helium, Kapitsa measured the flow as the fluid flows through a gap between two discs into a surrounding bath. Above the lambda point, there was little flow, but below the lambda temperature, the liquid flowed with such great ease that Kapitsa drew an analogy with superconductors. It was a liquid of zero viscosity. He discovered the phenomenon in 1937 and published a paper about it in Nature in January 1938. He wrote: ""The helium below the lambda point enters a special state that might be called a ‘superfluid.’"" (DSB).Today the theory behind superfluidity is widely used within a broad variety of different subject such as spectroscopic and in high-precision devices as gyroscopes which allow the measurement of some theoretically predicted gravitational effects. In 1999, a type of superfluid was used to trap light and greatly reduce its speed. Light was passed through a Bose-Einstein condensed gas of sodium (superfluid) and found to be slowed to 17 m/s from its normal speed of 299,792,458 metres per second.Brandt, The Harvest of a Century, Pp. 254-7.
New York, Macmillian and Co, 1938. Royal8vo. In publisher's pictorial cloth with the original wrappers [in the back]. Gilt lettering and Nature's logo to spine and front board. Entire issue of ""Nature"", January - June, 1938, Vol. 141. ""Emmanuel College"" in gilt lettering to spine and two library stamps to title-page and first index page. Two small white paper labels pasted on to spine and a small tear to top of spine. Very slight wear to extremities, otherwise a very fine and clean copy. Rare in the publisher's binding. P. 74"" P. 75. [Entire volume: LXIV, 1156 + VIII, IV, VIII, VIII, XVI, VIII, VIII, XVI, VIII, XII, VIII, XII, XII, IV, IV, VIII, XII, VIII, VIII, VIII, VIII, XII, VIII, IV, XVI, CCLX (Advertisements).
First publication of these two seminal papers which constitutes one of the most significant discovery in 20th century physics. It ushered a golden period of low-temperature physics and created a new research field within physics which was later to be called quantum liquids. Both paper described a hitherto unknown state of matter: superfluidity of matter. The two discoveries were made independently, Kapitza's paper superseding Allen and Misener's by two weeks. Both studies reported that liquid helium flowed with almost no measurable viscosity below the transition temperature of 2.18 K.""Although the discovery of superfluidity stands as one of the most significant in physics in the 20th century, it was to be 40 years before the Royal Swedish Academy of Sciences honoured this seminal discovery with a Nobel prize - an exceptionally long interval. In 1978 Kapitza, by then 84, was given half of that year's Nobel Prize for Physics with a somewhat vague citation reading ""for his basic inventions and discoveries in the area of low-temperature physics"". The other half did not go to Allen and Misener. Today, science popularizers generally give sole credit for the discovery of superfluidity to Kapitza."" (Physics world, University of Toronto.). ""Kapitza observed that He II flowed between two closely spaced parallel plates extremely rapidly compared to He I, for the same pressure difference. This result, published in Nature on 8 January 1938, showed unambiguously that here was a new and mysterious kind of liquid - one with almost no viscosity. On the page facing Kapitza's one-page paper was another by the young Canadian physicists Jack Allen and Donald Misener, with essentially equivalent results on helium flow on long capillary tubes. It was submitted two weeks after Kapitza's, but both papers are the standard reference for the discovery of superfluidity"". (Griffin, A Century of Nature, 2003, p. 52).While investigating the thermal conductivity of liquid helium, Kapitsa measured the flow as the fluid flows through a gap between two discs into a surrounding bath. Above the lambda point, there was little flow, but below the lambda temperature, the liquid flowed with such great ease that Kapitsa drew an analogy with superconductors. It was a liquid of zero viscosity. He discovered the phenomenon in 1937 and published a paper about it in Nature in January 1938. He wrote: ""The helium below the lambda point enters a special state that might be called a ‘superfluid.’"" (DSB).Today the theory behind superfluidity is widely used within a broad variety of different subject such as spectroscopic and in high-precision devices as gyroscopes which allow the measurement of some theoretically predicted gravitational effects. In 1999, a type of superfluid was used to trap light and greatly reduce its speed. Light was passed through a Bose-Einstein condensed gas of sodium (superfluid) and found to be slowed to 17 m/s from its normal speed of 299,792,458 metres per second.Brandt, The Harvest of a Century, Pp. 254-7.
Union Générale d'Editions - U.G.E. , 1018 Malicorne sur Sarthe, 72, Pays de la Loire, France 1973 Book condition, Etat : Bon broché, sous couverture imprimée éditeur blanche et verte, illustrée d'une photographie d'Allen Ginsberg en noir et blanc In-8 1 vol. - 312 pages
inédit dans cette collection, 1ere édition, 1973 Contents, Chapitres : Irwin Allen Ginsberg, né le 3 juin 1926 à Newark et mort le 5 avril 1997 à New York, est un poète américain, membre fondateur de la Beat Generation, du mouvement hippie et de la contre-culture américaine. Ses prises de position homosexuelles, pacifistes et bouddhistes lui valurent de fréquents démêlés avec la justice. Son uvre, scandaleuse dans les années 1960, fut récompensée à partir des années 1970. (source : Wikipedia) couverture legerement jaunie, papier uniformément jauni, sinon bon etat, intérieur propre - format de poche
New York, Macmillian and Co, 1938. Lex8vo. Entire volume 141 of Nature offered. Bound in a brown contemporary full cloth with gilt lettering to spine. Ex-library copy, paper label pasted on to top and bottom of spine. Library stamp to pasted down front free end-paper and title page. Paper labels pasted on the back free end-paper and pasted down back free end-paper. Internally fine and clean. P. 74" 75. [Entire volume: Pp. lxiv, 1156, v-xii, v-vii, v-iv, v-xii].
First publication of these two seminal papers which constitutes one of the most significant discovery in 20th century physics. It ushered a golden period of low-temperature physics and created a new research field within physics which was later to be called quantum liquids. Both paper described a hitherto unknown state of matter: superfluidity of matter. The two discoveries were made independently, Kapitza's paper superseding Allen and Misener's by two weeks. Both studies reported that liquid helium flowed with almost no measurable viscosity below the transition temperature of 2.18 K.""Although the discovery of superfluidity stands as one of the most significant in physics in the 20th century, it was to be 40 years before the Royal Swedish Academy of Sciences honoured this seminal discovery with a Nobel prize - an exceptionally long interval. In 1978 Kapitza, by then 84, was given half of that year's Nobel Prize for Physics with a somewhat vague citation reading ""for his basic inventions and discoveries in the area of low-temperature physics"". The other half did not go to Allen and Misener. Today, science popularizers generally give sole credit for the discovery of superfluidity to Kapitza."" (Physics world, University of Toronto.). ""Kapitza observed that He II flowed between two closely spaced parallel plates extremely rapidly compared to He I, for the same pressure difference. This result, published in Nature on 8 January 1938, showed unambiguously that here was a new and mysterious kind of liquid - one with almost no viscosity. On the page facing Kapitza's one-page paper was another by the young Canadian physicists Jack Allen and Donald Misener, with essentially equivalent results on helium flow on long capillary tubes. It was submitted two weeks after Kapitza's, but both papers are the standard reference for the discovery of superfluidity"". (Griffin, A Century of Nature, 2003, p. 52).Today the theory behind superfluidity is widely used within a broad variety of different subject such as spectroscopic and in high-precision devices as gyroscopes which allow the measurement of some theoretically predicted gravitational effects. In 1999, a type of superfluid was used to trap light and greatly reduce its speed. Light was passed through a Bose-Einstein condensed gas of sodium (superfluid) and found to be slowed to 17 m/s from its normal speed of 299,792,458 metres per second.Brandt, The Harvest of a Century, Pp. 254-7.