A couple of days ago, Nature published the first experimental evidence of the CNO cycle in the Sun. Find it here... https://t.co/lVZwPipt0y
If you'd like a primer for the content in this article, try our article on the life of stars:
https://t.co/7N94Gvlkp8
Not as cool as the @SpaceX@NASA videos on today's docking, but here's a blog post on it...
https://t.co/qdGL8UShMt
#CrewDragon#SpaceX#ISS
Also, those next-gen space suits look really good...
@PhysicsUk@ChatPhysics@cogscisci Really thought-provoking post - thank you! I always liked the 'curvature' approach because it seems to be based on concept rather than convention...
@esther_haydock @PhysTeacha@ChatPhysics How about simplified lunar mission flight plan... Loads of physics! (It is ticket science after all!!) Try the pic at https://t.co/oAkOiZ3qln
@PhysicsUk@JoeMasonuk @BenyohaiPhysics @FabPhysics@mwright_sci@ChatPhysics When you start thinking about this you find all sorts of equations that you wonder why they are conventionally expressed that way... e.g. Q=ml is common, but l=Q/m would make sense as the definition of l. But nobody writes that!!
@PhysicsUk@JoeMasonuk @BenyohaiPhysics @FabPhysics@mwright_sci@ChatPhysics But probably your idea of doing both (e.g. V=IR and R=V/I) is useful to show the equivalence and prevent people reading things into one form rather than the other?
@standupmaths I have linked to your "What is i^i = ?" video from my webpage on Euler's formula: https://t.co/q1nKqF0q7X. Please let me know if you don't agree to this, and i will remove. Thank you!
For info on what i am trying to do, please see https://t.co/4tolfRmMYQ
Just added resources on Euler's formula, and circular motion to the website... Please have a look!
https://t.co/q1nKqF0q7X
https://t.co/5Loh4fhoRB
#physics#math#scicomm
After too long, have finally launched a new part of our website - on the use of power laws in science.
https://t.co/VsvSiwdTrX
Also accessed from the menu at
https://t.co/uCzRywgRTE
#physics#scicomm