Promoting Science and Critical Thinking
A very interesting paper is available from the Cornell University Library entitled “Gods as Topological Invariants“. The abstract reads … We show that the number of gods in a universe must equal the Euler characteristics of its underlying manifold. By incorporating the classical cosmological argument for creation, this result builds a bridge between theology and … Read more
I like to debate in various forums with many different folks about many different things. Why? Well it helps me to learn, and also I like to have my assumptions and thoughts rigorously challenged. In such contexts, I often come across some who express a thought that goes like this … Gosh, the universe is a truly … Read more
Well come on, its “The” news today, so what else should I be blogging about, but then what can I actually add? Not much, except perhaos to point you at a few good links. First we have Jon Butterworth in The Guardian. He is a physics professor at University College London and is a member … Read more
Has a Higgs boson been found, in fact will it ever be found? … No, we don’t know yet, but we soon might. Ian Sample writes in today’s UK Guardian that staff at the LHC have arranged a special seminar on Tuesday 13 December at which the latest results in the search for the Higgs … Read more
This latest item of science news leaves me wondering just how much of it is hype and how much is real, so I’m pushing it out into a couple of skeptic communities to see what folks think. Here is the claim …
Physicists have created a “hole in time” using the temporal equivalent of an invisibility cloak.
US particle physicists are inching closer to determining why the Universe exists in its current form, made overwhelmingly of matter.
Physics suggests equal amounts of matter and antimatter should have been made in the Big Bang.
In 2010, researchers at the Tevatron accelerator claimed preliminary results showing a small excess of matter over antimatter as particles decayed.
The team has submitted a paper showing those results are on a firmer footing.
Each of the fundamental particles known has an antimatter cousin, with identical properties but opposite electric charge.