Skip to main content
Plus.Maths.org
Search
About
Support
Sponsors
Subscribe
Terms of use
Main navigation
Home
Articles
Collections
Podcasts
Puzzles
Discover
Videos
Login
Secondary menu
Search
About
Support
Sponsors
Subscribe
Terms of use
general relativity
Seeing double
Nadia Bahjat-Abbas is a mature student working on one of the hardest problems of modern physics. Find out more in this video.
view
Plus Advent Calendar Door #4: What is a black hole - physically?
We asked cosmologist Pau Figueras everything we’ve ever wanted to know about black holes. In this podcast he explains what black holes are, physically, and how we hope to observe them.
view
Emmy Noether and the power of symmetry
2018 is the centenary of a mathematical result that changed the character of physics.
view
The unreasonable relationship between mathematics and physics
Can physics do for maths what maths has done for physics?
view
Stephen Hawking: Milestones of a life in physics
A quick tour to some of Hawking's most significant achievements.
view
Cosmic models
Cosmology has an ambitious goal: to understand the Universe in its entirety. Find out more here.
view
Who's watching: The cosmic microwave background
Find out all you need to know about the cosmic microwave background in this comprehensive overview.
view
The best of both worlds
Straddling the boundary between pure and applied mathematics.
view
The shape and fate of the Universe
How will the Universe end? In a big crunch? Or a big freeze? It all depends on its shape...
view
Listening for ripples in spacetime
Find out about the heroic effort that led to the detection of gravitational waves and the excitement of their discovery.
view
Maths in a minute: Gravitational waves
A quick introduction to one of the greatest discoveries of the century.
view
Maths in a minute: Black holes
A quick introduction to the monsters that lurk at the centre of each galaxy.
view
Pagination
First page
« First
Previous page
‹‹
Page
1
Page
2
Current page
3
Page
4
Page
5
Page
6
Page
7
Next page
››
Last page
Last »
Subscribe to general relativity