The Carnival of Cosmology: Bloggers on Dark Energy is now up and running on Matthew R. Francis' Galileo's Pendulum:In the spirit of blog carnivals, several of us—cosmologists, physicists, astronomers, and writers who just love all these subjects—decided to write about one of the abiding mysteries of modern cosmology. That mystery is dark energy, the name we give to the accelerated expansion of the Universe.

The Carnival of Cosmology: Bloggers on Dark Energy is now up and running on Matthew R. Francis' Galileo's Pendulum:


In the spirit of blog carnivals, several of us—cosmologists, physicists, astronomers, and writers who just love all these subjects—decided to write about one of the abiding mysteries of modern cosmology. That mystery is dark energy, the name we give to the accelerated expansion of the Universe.


There are contributions from
Ethan Siegel, Kelly Oakes (of Basic Space) interviewed Nobel Laureate Brian Schmidt, one of the astronomers who discovered dark energy, astronomy writer Desiree Abbott (Ms. Disarray) explains why white dwarf supernovas are a good way to measure the rate of cosmic metric expansion, and myself examining some of the reasons why people reject dark energy, including psychological factors, then defending the reasonableness of dark energy as a natural ingredient of general relativity.

Katie Mack writes on what we know about dark energy and how it constrains some of our more exotic theoretical suggestions. Those more exotic suggestions include phantom energy.

Matt's own contribution covers a lot of the same ground: what we know and don’t know about dark energy.


The Cerro Tololo Observatory in Chile, where dark energy was discovered, and where the Dark Energy Survey (DES) of over 300 million galaxies will be performed. (Picture and caption stolen from Galileo's Pendulum.)

Old NID
92819
Categories

Sascha Vongehr

Dr. Sascha Vongehr [风洒沙], physicist and philosopher, studied phil/math/chem/phys in Germany, obtained a BSc in theoretical physics (electro-mag) & MSc (stringtheory) at Sussex University, UK, and researched quantum gravity (black holes/two time theory) at the University of Southern California (USC). PhD (USC, 2005) on nanotechnology experiments and statistics of nontrivial cluster size distributions. Perhaps only contemporary philosopher who has published unique and controversial, cutting edge contributions in all the for philosophy most relevant sciences in the respective fields' peer… Read more