Particle PhysicsBlack Holes Provide More Evidence for Strings
by Hugh Ross Arguably the most hotly debated theory in physics is string theory, the concept that at the core of every fundamental particle resides a tiny string or loop of energy that vibrates in nine different dimensions of space. Black Holes, Singularities, and Wormholes
4/1/2001 From a realistic rather than science fiction perspective, the wormhole question is moot. Since black holes are relatively rare, the probability that the singularities of two spatially distant black holes would come into contact is virtually zero, as is the probability that any possible wormhole would lie in a location useful for alien space travel. Cosmic Brane Scans
7/1/2002 As physicians use scanning devices to view the hidden structures and activities of the brain, astronomers can now use distant supernovae and high-resolution cosmic background radiation maps to scan the structures and properties of “branes.” Facing Up to Big Bang Challenges
1/1/2001 What danger lurks in associating big bang cosmology with biblical cosmology? Most Christian physicists, astronomers, and other scientists would say, “None.” Many Christian philosophers, theologians, pastors, and other nonscientists would say, “A big one.” Missing Solar Neutrinos Found
By Hugh Ross What makes the Sun shine? Where does Earth’s life-sustaining radiation originate? Astronomers answered these questions in part with the discovery of nuclear fusion, the same process that powers the hydrogen bomb. More on Dark Matter
David H Rogstad, Ph.D. Dark matter (matter that cannot be seen in any normal sense of the word) has been the subject of considerable controversy in the astronomical community ever since cosmologists, based on Most Detailed Map of Cosmic Background Radiation Confirms Biblical Creation Model
7/1/2006 A team of American and Canadian astronomers dramatically strengthened the case for a big bang creation (thoroughly biblical1) when they released the latest map of radiation left over from the cosmic origin event.2 The team made public their analysis based on three years' continuous observations of that cosmic background radiation via satellite-the Wilkinson Microwave Anisotropy Probe (WMAP). This analysis, by far the most thorough and detailed to date, yields five independent confirmations of the hot big bang creation model.3 Where Is the Cosmic Density Fine-Tuning?
7/23/2007 In addressing audiences about the fine-tuning of the cosmic expansion rate, I have used the illustration that adding or subtracting a single dime to the mass of the observable universe would be enough of a change to make physical life impossible. This word picture helps to demonstrate a number used to quantify that fine-tuning, namely 1 part in 1060. Compared to the total mass of the observable universe, 1 part in 1060 works out to about a tenth part of a dime. Where'd the Antimatter Go? Fine-Tuning of Tiny Particles Shows Design
A number of scientific themes run through the recently released movie Angels & Demons. The popular, but... Where'd the Antimatter Go? Fine-Tuning of Tiny Particles Shows Design, Part 2 (of 2)
Who remembers the water snake toys (see images below)? For at least thirty years... Particle PhysicsParticle Physics |
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