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Feb. 25th, 2011
Golden Gryphon
Feb. 25th, 2011 01:39 amhttp://www.isfdb.org/cgi-bin/publisher.cgi?432
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
Golden Gryphon
Feb. 25th, 2011 01:39 amhttp://www.isfdb.org/cgi-bin/publisher.cgi?432
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
Golden Gryphon
Feb. 25th, 2011 01:39 amhttp://www.isfdb.org/cgi-bin/publisher.cgi?432
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
They seem to concentrate on collections and anthologies: this is everything I could find in the last decade that is neither a collection nor an anthology.
( Read more... )
A year in the making
Feb. 25th, 2011 07:43 amEverything Is Nice reads and reviews all 67 stories over 990 pages pages of Hartwell and Cramer's The Ascent Of Wonder: The Evolution of Hard SF.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
A further inescapable problem is that Hartwell and Cramer have subtitled their anthology ‘The Evolution of Hard SF’ but they have singularly failed to put forward a clear definition of what hard science fiction actually is.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
A year in the making
Feb. 25th, 2011 07:43 amEverything Is Nice reads and reviews all 67 stories over 990 pages pages of Hartwell and Cramer's The Ascent Of Wonder: The Evolution of Hard SF.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
A further inescapable problem is that Hartwell and Cramer have subtitled their anthology ‘The Evolution of Hard SF’ but they have singularly failed to put forward a clear definition of what hard science fiction actually is.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
A year in the making
Feb. 25th, 2011 07:43 amEverything Is Nice reads and reviews all 67 stories over 990 pages pages of Hartwell and Cramer's The Ascent Of Wonder: The Evolution of Hard SF.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
A further inescapable problem is that Hartwell and Cramer have subtitled their anthology ‘The Evolution of Hard SF’ but they have singularly failed to put forward a clear definition of what hard science fiction actually is.
Wasn't this failure to coherently define also a feature of the Hartwell and Cramer Space Opera anthology?
Dear SF writers of the world
Feb. 25th, 2011 05:01 pmIt seems unlikely given developments so far that fusion generators if they ever appear will be designed (or designable) so they are perpetually, delicately balanced on the edge of a runaway, catastrophic power spike able to level entire cities [1].
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
Dear SF writers of the world
Feb. 25th, 2011 05:01 pmIt seems unlikely given developments so far that fusion generators if they ever appear will be designed (or designable) so they are perpetually, delicately balanced on the edge of a runaway, catastrophic power spike able to level entire cities [1].
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
Dear SF writers of the world
Feb. 25th, 2011 05:01 pmIt seems unlikely given developments so far that fusion generators if they ever appear will be designed (or designable) so they are perpetually, delicately balanced on the edge of a runaway, catastrophic power spike able to level entire cities [1].
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
More likely what would happen is minor disruptions will abruptly quench the reaction, causing power output to plummet to zero.
1: Now, in the cases where the reaction is controlled with cryogenic superconducting magnets, having the magnet suddenly lose superconductivity can involve a sudden and dramatic release of energy. Ideally the system should be designed to manage this.
Dear makers of this map
Feb. 25th, 2011 05:11 pmvisited 8 states (61.5%)
Create your own visited map of Canada
A: Canada has provinces, not states.
B: New Brunswick is not spelled "New Brinswick".
C: James Bay is not its own territory/province.
Dear makers of this map
Feb. 25th, 2011 05:11 pmvisited 8 states (61.5%)
Create your own visited map of Canada
A: Canada has provinces, not states.
B: New Brunswick is not spelled "New Brinswick".
C: James Bay is not its own territory/province.
Dear makers of this map
Feb. 25th, 2011 05:11 pmvisited 8 states (61.5%)
Create your own visited map of Canada
A: Canada has provinces, not states.
B: New Brunswick is not spelled "New Brinswick".
C: James Bay is not its own territory/province.