Doug's Reviews > Diaspora

Diaspora by Greg Egan
Rate this book
Clear rating

by
38333052
's review

did not like it

Maybe I'm just too mathematically and scientifically challenged, but I just couldn't get into this one, though I had high hopes based on the reviews.

Somewhere in Egan's verbose and detailed scientific musings is a rather bland and boring story with flat characters and a dull plot.

If you love hard sci-fi and mathematics or quantum physics, then you'll probably love this book, I don't doubt it.

I just couldn't enjoy the plot and characters while having to make my way through sentences like this one every page:

This solution has positive mass. In fact, if GR held true at this scale, it would just be a pair of black holes sharing a singularity. Of course, even for the heaviest elementary particles the Schwarzschild radius is far smaller than the Planck-Wheeler length, so quantum uncertainty would disrupt any potential event horizons, and perhaps even smooth away the singularity as well. But I wanted to find a simple, geometrical model underlying that uncertainty.

It’s probably a brilliant work from a purely hard sci-fi and scientific perspective, but from a literary perspective, it fell completely flat for me.
28 likes · flag

Sign into Goodreads to see if any of your friends have read Diaspora.
Sign In »

Reading Progress

July 14, 2019 – Shelved
July 14, 2019 – Shelved as: to-read
October 11, 2019 – Started Reading
October 12, 2019 –
5.0%
October 12, 2019 –
6.0%
October 14, 2019 –
page 31
8.24%
October 15, 2019 –
page 48
12.77%
October 16, 2019 –
page 88
23.4%
October 17, 2019 –
page 100
26.6%
October 18, 2019 –
page 103
27.39%
October 18, 2019 –
page 103
27.39%
October 19, 2019 –
page 155
41.22%
October 21, 2019 –
page 170
45.21%
October 30, 2019 –
page 193
51.33%
November 2, 2019 –
57.0%
November 2, 2019 –
75.0%
November 4, 2019 – Finished Reading

Comments Showing 1-2 of 2 (2 new)

dateUp arrow    newest »

message 1: by Ed (new) - rated it 3 stars

Ed I had a very similar reaction to you, Doug. While I did enjoy the thought experiments, I think they would have been better presented in an essay than a novel.


message 2: by mark (new)

mark monday Of course, even for the heaviest elementary particles the Schwarzschild radius is far smaller than the Planck-Wheeler length...

I mean, of course.


back to top