User Profile

Soh Kam Yung Locked account

sohkamyung@bookwyrm.social

Joined 3 years, 6 months ago

Exploring one universe at a time. Interested in #Nature, #Photography, #NaturePhotography, #Science, #ScienceFiction, #Physics, #Engineering.

I have locked this account. If you would like to follow me, please fill in your Mastodon bio and post at least one toot (a simple introductory toot will do), so I have an idea who you are and that you are a real person, not a robot or a spam account.

This link opens in a pop-up window

Soh Kam Yung's books

View all books

User Activity

Light in the Darkness (2021, HarperOne) 3 stars

On April 10, 2019, award-winning astrophysicist Heino Falcke presented the first image ever captured of …

My review of " Light in the Darkness".

3 stars

An interesting book about the attempt by an international group of scientists to fulfil an audacious goal. To the take first ever image of a supermassive black hole. Written by one of the principal scientists behind the endeavour, you'll get a history of astronomy as related to black holes, the planning and executing of the attempt to image a black hole (including his personal involvement) and his thoughts on the future of astronomy and his opinions on the intersection of science and religion.

The first part gives a condensed history of astronomy from ancient times (the heliocentric universe) to the modern one (as seen under Einstein's General Theory of Relativity). The formation of stars and how some of them die to produce black holes is the covered.

The second part looks at the author's (and others) theoretical research into black holes, and it dawns on him that it just may …

Euler's Gem (2019, Princeton University Press) 3 stars

A review of "Euler's Gem"

3 stars

An interesting book that looks at Euler's Formula, namely for a polyhedron, the number of Faces plus the number of Vertices (corner points) minus the number of Edges always equals 2, or F + V − E = 2.

The early chapters are light on mathematics, while some people may struggle with the later chapters on topology. But it should be possible to skip them and get the conclusion that Euler's formula that once defined a relationship of polyhedra has now been applied to the larger area of topology, leading to new mathematical findings.