| 5 Yüli 1687 |
Reino Uni
|
Astronomy
|
Newton's Principia is published
|
| 5 Yüli 1687 |
Reino Uni
|
Mathematics
|
The Principia drew on global observations
|
| 5 Yüli 1687 |
Reino Uni
|
Mathematics
|
Mathematics unifies terrestrial and celestial motion
|
| 5 Yüli 1687 |
Reino Uni
|
Mathematics
|
Halley supports publication of the Principia
|
| 5 Yüli 1687 |
Reino Uni
|
Mathematics
|
Newton's Principia is published
|
| 1 Febrüari 1673 |
Reino Uni
|
Mathematics
|
The calculator depended on craft knowledge
|
| 1 Febrüari 1673 |
Reino Uni
|
Mathematics
|
Mechanical arithmetic changes the meaning of skilled work
|
| 1 Febrüari 1673 |
Reino Uni
|
Mathematics
|
The stepped drum extends mechanical calculation
|
| 1 Febrüari 1673 |
Reino Uni
|
Mathematics
|
Leibniz demonstrates a calculating machine
|
| 6 Mart 1665 |
Reino Uni
|
Mathematics
|
The journal's network reflected empire and exclusion
|
| 6 Mart 1665 |
Reino Uni
|
Mathematics
|
Mathematical knowledge becomes periodical news
|
| 6 Mart 1665 |
Reino Uni
|
Mathematics
|
Scientific communication gains a dated public record
|
| 6 Mart 1665 |
Reino Uni
|
Mathematics
|
First issue of Philosophical Transactions appears
|
| 4 Desèmber 1639 |
Reino Uni
|
Astronomy
|
Venus appears as a small black disk
|
| 4 Desèmber 1639 |
Reino Uni
|
Astronomy
|
A predicted transit becomes visible
|
