685 research outputs found
Interview with Ted J. Gaiser on A guide to conducting online research, by Ted Gaiser and Anthony Schreiner
A Guide to Conducting Online Research is designed to support students, academics, and practitioner researchers in using technology as part of their research.Title supplied by cataloger
No more anesthesia delays! Surgeons\u27 dream come true-but are they only dreaming?
Wan C, Gaiser RR. No more anesthesia delays! Surgeons\u27 dream come true-but are they only dreaming? J Clin Anesth. 2007 Mar;19(2):83-4. doi: 10.1016/j.jclinane.2006.08.007. PMID: 17379116
crisscrossing Science Episode 016: Does Anti Matter?
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor of physics at Linfield College) tackle the strange universe of subatomic particles, particularly talking about antimatter. What is antimatter? How do we know it exists? Will it actually annihilate with matter? Gaiser and Crosser do their best to make sense of these weird observed behaviors
crisscrossing Science Episode 020: Light, Wave or Particle?
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor of physics at Linfield College) discuss the dual nature of light. In some experiments, light behaves like a particle while in others it behaves like a wave. Gaiser and Crosser discuss some of these experiments and their interpretations
crisscrossing Science Episode 019: Everything You Wanted to Know about Heredity
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor of physics at Linfield College) explain the basic concepts behind heredity and genetics. Gaiser and Crosser delve into the question of what it means to be dominant or recessive and throw in some combinatorics just for fun
crisscrossing Science Episode 005: The Life and Death of Stars
In this episode, Chris Gaiser (professor of biology at Linfield College) and Mike Crosser (professor of physics at Linfield College) discuss the life cycle of stars. The exact way that a star dies depends on how much mass it has. Gaiser and Crosser discuss stars from the tiny brown dwarfs up through the massive stars that result in black holes
- …
