Paul Sutton



I just found an interesting paper on arXiv about wormholes. While wormholes are still hypothetical,, this paper looks at how we can look for them, formation ,structure.

Feel free to discuss further on discourse. I will update this post if I create a thread on there. Otherwise I will start a thread on the Open University forums.




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Enigmatic fast radio burst pinned on magnetised dead star

This is an interesting development, astronomers have found something they have been spending years searching for. Not sure where these stars appear on the The Hertzsprung-Russell diagram.

The paper for this can be found on Physics World. Reported on IOPScience on 4th November 2020.

Currently discussing on a OU Science forum.


Building Black Holes in a Lab

This is a really interesting video from PBS Space Time.

So if Black holes leak away mass via Hawking Radiation, does this mean that as white holes also exist, and expel matter rather than suck matter in. then are they also contributing to a mass reduction. This probably assumes the theory that there is a white hole at the other end of the Black hole, otherwise it raises questions as to where does all that matter go?

Further Study

Coursera offer several Physics Courses


Further discussion

A thread asking about black hole mass loss via white holes can be found on Science Forums here if anyone would like to contribute to the conversation.


In the night sky : Orion Completed

I have finally, after months of going back and forth to this, partly due to other study and things to do. Completed the 24 hour OU / OpenLearn Course. I was just doing this casually anyway.

Note: This is a Level 1 Open University course.

After studying this course, you should be able to:

* Understand facts, concepts, principles, theories, classifications and language used in astronomy * Understand the range of sizes, distances and motions of objects in the night sky * Understand the structure, evolution and the main processes operating in stars * Understand the properties of planets in our Solar System and exoplanetary systems * Understand the history of the universe.

Really interesting course, lots to think about and learn just from doing some of the research for the questions posed during the course.

Astronomy uses the greek alphabet for star names for example so this post may help.

#course #openlearn #openuniversity #science #space #astronomy #cosmology #physics #astrophysics #chemistry #biology #OU #greek

I have just completed another OU / OpenLearn course, this time on The Evolving Universe. Despite its rather complex subject matter it was very interesting and expanded a little further on the 'How the universe works' course I undertook a few years ago.

The course looked at the early universe, the big bang, how particles, energy, time and temperature all changed over time and how all these are inter-related. How the matter we know today formed and why the universe is mostly matter and not antimatter. The fact there was more matter and what would have happened if the amount of antimatter and matter had been equal. Plus other interesting topics.

How sub-atomic particles such as Bosons, Leptons, Quarks etc interact. How research finds new particles and the huge energy levels required for this to take place.

This is a level 1 introductory course, and like the more formal course mentioned. The course also asks other questions which gets the reader thinking about different scenarios that could have occurred.


#OpenUniversity, #OU, #OpenLearn, #science, #EvolvingUniverse, #Space, #astronomy, #astrophysics,

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