Limited Time Offer
Premium members can get their quote collection automatically imported into their Quotewise collections.
And one day he said, "I'm going to see Hallam again." Bronowski's eyebrows lifted. "What for?" "To have him turn me down." "Yes, that's about your sp… - Isaac Asimov
" "And one day he said, "I'm going to see Hallam again."
Bronowski's eyebrows lifted. "What for?"
"To have him turn me down."
"Yes, that's about your speed, Pete. You're unhappy if your troubles die down a bit."
English
Collect this quote
About Isaac Asimov
Isaac Asimov (c. 2 January 1920 – 6 April 1992) was a Russian-born American biochemist who was a prolific writer of both fiction and non-fiction, his works include the Foundation series and I, Robot.
Biography information from Wikiquote
Also Known As
Alternative Names:
Isaak Osimov
•
Paul French
•
Asimov
•
Isaak Ozimov
•
Itzhak Ozimov
Related quotes. More quotes will automatically load as you scroll down, or you can use the load more buttons.
Additional quotes by Isaac Asimov
A horse having a wolf as a powerful and dangerous enemy lived in constant fear of his life. Being driven to desperation, it occurred to him to seek a strong ally. Whereupon he approached a man, and offered an alliance, pointing out that the wolf was likewise an enemy of the man. The man accepted the partnership at once and offered to kill the wolf immediately, if his new partner would only co-operate by placing his greater speed at the man's disposal. The horse was willing, and allowed the man to place bridle and saddle upon him. The man mounted, hunted down the wolf, and killed him. "The horse, joyful and relieved, thanked the man, and said: 'Now that our enemy is dead, remove your bridle and saddle and restore my freedom.' "Whereupon the man laughed loudly and replied, 'Never!' and applied the spurs with a will."
Earth is a ball that is over 12,000 kilometres in diameter, and if it were modelled into an object the size of a billiard ball, with all its surface unevenness reproduced exactly to scale, the model would be smoother than an ordinary billiard ball—and the ocean would be an all but unnoticeable mist of dampness over 70 percent of its surface.
Loading...