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John G. Cramer

Auteur de Einstein's Bridge

5+ oeuvres 645 utilisateurs 44 critiques

A propos de l'auteur

Comprend aussi: John Cramer (1)

Notice de désambiguation :

(eng) His novels have been published under the name "John Cramer", but the bulk of his nonfiction writing for periodicals uses the form "John G. Cramer".

Œuvres de John G. Cramer

Oeuvres associées

Nanodreams (1995) — Avant-propos — 55 exemplaires
Starship Century: Toward the Grandest Horizon (2013) — Contributeur — 35 exemplaires
Analog Science Fiction and Fact: Vol. CXVI, No. 8 & 9 (July 1996) (1996) — Contributeur — 17 exemplaires
Analog Science Fiction and Fact: Vol. CXXII, No. 3 (March 2002) (2000) — Contributeur — 14 exemplaires

Étiqueté

Partage des connaissances

Nom légal
Cramer, John Gleason, Jr.
Date de naissance
1934-10-24
Sexe
male
Nationalité
USA
Lieu de naissance
Houston, Texas, USA
Lieux de résidence
Seattle, Washington, USA
Westport, New York, USA
Études
Rice University
Professions
physicist
novelist
professor (Department of Physics ∙ University of Washington ∙ Seattle)
columnist
Relations
Cramer, Kathryn (daughter)
Organisations
University of Washington (Department of Physics)
Indiana University
American Physical Society
American Association for the Advancement of Science
Courte biographie
John G. Cramer is Professor Emeritus, Physics, at the University of Washington (UW) in Seattle, where he has had five decades of experience in teaching undergraduate and graduate level physics. He has done cutting-edge research in experimental and theoretical nuclear and ultra-relativistic heavy ion physics,
including active participation in Experiments NA35 and NA49 at CERN, Geneva, Switzerland, and the STAR Experiment at RHIC, Brookhaven National Laboratory, Long Island, NY. He has also worked in the foundations of quantum mechanics (QM) and is the originator of QM’s Transactional Interpretation. He served as Director of the University of Washington Nuclear Physics Laboratory from 1983 to 1990, overseeing a major $10,000,000 accelerator construction project.

John has also served on accelerator-laboratory Program Advisory Committees for LAMPF (Los Alamos National Laboratory), NSCL (Michigan State University),
TRIUMF (University of British Columbia), and the 88” Cyclotron (Lawrence Berkeley National Laboratory). He is a Fellow of the American Association for the
Advancement of Science and of the American Physical Society (APS), was Chair of the APS/DNP Nuclear Science Resources Committee (1979–1982), and served
on the APS Panel on Public Affairs (1998–2003). He presently serves on the External Council of the NIAC innovative-projects program of NASA. John has spent three 15-month sabbaticals in Europe, the first (1971–1972) as Bundesministerium Gastprofessor, Ludwig-Maximillian-Universität-München, Garching, Germany; then (1982–1983) as Gastprofessor, Hahn-Meitner Institut, Berlin; and finally (1994–1995) as Guest Researcher, Max-Planck Institut für Physik, München, with three months of this sabbatical spent at CERN as Experiment NA49 came into operation. He is co-author of almost 300 publications in nuclear and ultra-relativistic heavy ion physics published in peer-reviewed physics journals, as well as over 141 publications in conference proceedings, and has written several chapters for multiauthor books about physics.

John is the author of the award-nominated hard science fiction novels Twistor and Einstein’s Bridge, both published by Avon Books. Twistor is currently available as a Dover reprint and as an e-book from Book View Cafe. Einstein’s Bridge will soon be joined by a new sequel, Fermi’s Question, both to be published
by Tor Books. John is also the author of over 181 popular-level science articles published bimonthly from 1984 to present in his “The Alternate View” columns appearing in Analog Science Fiction and Fact Magazine.

John was born in Houston, Texas on October 24, 1934, and was educated in the Houston Public Schools (Poe, Lanier, Lamar) and at Rice University, where he
received a BA (1957), MA (1959), and Ph.D. (1961) in Experimental Nuclear Physics. He began his professional physics career as a Postdoc and then Assistant
Professor at Indiana University, Bloomington, Indiana (1961–1964) before joining the Physics Faculty of the University of Washington. John and his wife Pauline live in the View Ridge neighborhood of Seattle, Washington, with their three Shetland Sheepdogs, MACH-4 Lancelot, MACH Viviane, and Taliesin.
Notice de désambigüisation
His novels have been published under the name "John Cramer", but the bulk of his nonfiction writing for periodicals uses the form "John G. Cramer".

Membres

Critiques

Cette critique a été écrite dans le cadre des Critiques en avant-première de LibraryThing.
I love hard science fiction and this book did not disappoint. While the writing is often dry, perhaps staid, the story, the science, is well worth the little bit of extra effort to stay with it.
 
Signalé
icadams | 22 autres critiques | Jul 18, 2023 |
Most of this mash-up of Timescape and A for Andromeda is a demonstration on how NOT to write hard SF. Cardboard characters, page-long info-dumps, and eventual decline into rants on how politicians don't understand science. For all the science lectures, and for a novel that involves both quantum phenomena and bubble universes, there's an astonishing lack of sense of scale.

Not recommended.
1 voter
Signalé
ChrisRiesbeck | 17 autres critiques | Dec 26, 2019 |
This book shines bright light into the dim recesses of quantum theory, where the mysteries of entanglement, nonlocality, and wave collapse have motivated some to conjure up multiple universes, and others to adopt a "shut up and calculate" mentality. After an extensive and accessible introduction to quantum mechanics and its history, the author turns attention to his transactional model. Using a quantum handshake between normal and time-reversed waves, this model provides a clear visual picture explaining the baffling experimental results that flow daily from the quantum physics laboratories of the world. To demonstrate its powerful simplicity, the transactional model is applied to a collection of counter-intuitive experiments and conceptual problems.… (plus d'informations)
 
Signalé
Pauline_B | Apr 1, 2018 |
Cette critique a été écrite dans le cadre des Critiques en avant-première de LibraryThing.
Nem bírtam végigolvasni a könyvet. Nagy szenvedéssel eljutottam a harmadáig, de egyszerűen nem érdemes ezt a könyvet végigolvasni. Túl sok jó könyv vár olvasásra. És rengeteg közepes, de azokkal is jobban járnék.

Ott kellett volna gyanút fognom, amikor a könyv legelején szerepelt, hogy ez egy hard science fiction. Nem a műfajjal van gondom, a jó hard sci-fit szeretem. De azt vettem észre, hogyha egy könyv elején külön odaírják, hogy hard sci-fi, akkor nagyon unalmas lesz a könyv.

A könyv története szerint kutatók véletlenül felfedeznek egy érdekes fizikai jelenséget és elkezdik vizsgálni. A felfedezés nagyon sok pénzt ér, így valószínűleg a könyv hátralévő részében a találmányért fognak küzdeni a jó kutatók (akik Nobel-díjat szeretnének ezért majd kapni) és a rossz kutatók (akik pénzéhesek, ráadásul csúnya cégek irányítják őket). A történet nagyon-nagyon lassan halad, az író mintha túl részletesen akarná leírni azt, hogy mit tesznek a szereplők, még akkor is, ha éppen lényegtelen dologgal foglalkoznak.

A könyvben a karakterábrázolás a legrosszabb. Egyszerűen képtelen voltam a szereplőket megkülönböztetni, folyton összekevertem mindenkit.

Felmerülhet persze, hogy azért nem dicsérem a könyvet mert nem értettem, hard sci-finél ez akár elő is fordulhatna. Itt viszont még odáig el sem jutottunk, hogy kiderüljön, hogy értem-e a könyvet. A könyv első harmadában szinte alig van olyan tudományos magyarázat ami megdolgoztatja az olvasót.
… (plus d'informations)
 
Signalé
asalamon | 22 autres critiques | Apr 29, 2016 |

Prix et récompenses

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Statistiques

Œuvres
5
Aussi par
6
Membres
645
Popularité
#39,135
Évaluation
½ 3.7
Critiques
44
ISBN
14

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