I have just published a new ebook on Amazon. You can find it here. It's titled Star Trek: Neutron Stars, Antimatter, and Other Topics in Physics.
"This work explores the physics behind concepts covered in Star Trek: The Next Generation episodes.
The vastness of space and our sheer curiosity of the unknown drive us to understand more about the universe, to seek answers to age old questions, and to explore.
From magical eddies of space plasmas to particles with unknown properties and mysterious solar events, this book takes on all horizons of known physics and gives the reader simple explanations of amazing phenomena."
The Physics of Science Fiction
Is Iron Man's suit realistic? Can dinosaurs really be cloned from DNA found in mosquitos trapped in amber for millions of years? And what's with light sabers? I analyze the science behind the most incredible and fantastic elements in scifi movies.
Sunday, April 14, 2013
Monday, August 6, 2012
Star Trek: Tidal Locking
Star Trek the Next Generation (1987-1994) (Picture)
Season 2, Episode 10
The Dauphin
During "The Dauphin" the crew heads to a planet engulfed in a Civil War. This planet rotates once per time it circles its sun, meaning that one side of the planet is always light and the other is always dark. This phenomenon is called tidal locking.
How does tidal locking work, does it actually happen, and what are the consequences?
Season 2, Episode 10
The Dauphin
During "The Dauphin" the crew heads to a planet engulfed in a Civil War. This planet rotates once per time it circles its sun, meaning that one side of the planet is always light and the other is always dark. This phenomenon is called tidal locking.
How does tidal locking work, does it actually happen, and what are the consequences?
Sunday, July 29, 2012
Star Trek: Orbits
Star Trek the Next Generation (1987-1994) (Picture)
During Star Trek episodes it is all too common to hear Captain Picard say "standard orbit, Mr. LaForge." This puts the ship close enough to the planet to keep it moving in circular motion around it.
Synchronous orbit is also sometimes requested. What is the distinction between the two, and what physics is required to keep a ship in orbit?
During Star Trek episodes it is all too common to hear Captain Picard say "standard orbit, Mr. LaForge." This puts the ship close enough to the planet to keep it moving in circular motion around it.
Synchronous orbit is also sometimes requested. What is the distinction between the two, and what physics is required to keep a ship in orbit?
Saturday, July 28, 2012
Star Trek: Neutrinos
Star Trek the Next Generation (1987-1994) (Picture)
Season 2, Episode 8
A Matter of Honor
In an episode where Riker becomes first officer of a Klingon ship, there was a brief mention of neutrinos. A beam of neutrinos was used to remove organisms from the hulls of ships.
You may have heard of neutrinos, cute and mysterious little particles, but what are they and where do they come from? Could they actually be used to rid a ship of organisms?
Season 2, Episode 8
A Matter of Honor
In an episode where Riker becomes first officer of a Klingon ship, there was a brief mention of neutrinos. A beam of neutrinos was used to remove organisms from the hulls of ships.
You may have heard of neutrinos, cute and mysterious little particles, but what are they and where do they come from? Could they actually be used to rid a ship of organisms?
Wednesday, July 25, 2012
Star Trek: Artificial Gravity
Star Trek the Next Generation (1987-1994) (Picture)
The artificial gravity on the Enterprise has always confused me a little bit. I want to know how they do it!
Where does gravity come from and how can it be simulated in outer space? As it turns out, there are many ways to artificially simulate gravity.
The artificial gravity on the Enterprise has always confused me a little bit. I want to know how they do it!
Where does gravity come from and how can it be simulated in outer space? As it turns out, there are many ways to artificially simulate gravity.
Tuesday, July 24, 2012
Star Trek: Sound in Outer Space and on Other Planets
Star Trek the Next Generation (1987-1994) (Picture)
In Star Trek there is little or no mention of the fact that outer space is a vacuum. There is not air to breathe and no matter to provide resistance to a spaceship.
It is interesting to consider the properties of sound waves and the effect of outer space on how we are able to communicate.
In Star Trek there is little or no mention of the fact that outer space is a vacuum. There is not air to breathe and no matter to provide resistance to a spaceship.
It is interesting to consider the properties of sound waves and the effect of outer space on how we are able to communicate.
Star Trek: Galactic Cosmic Rays
Star Trek the Next Generation (1987-1994) (Picture)
In outer space there is a type of very high energy radiation called galactic cosmic rays. These rays are comprised of charged particles, like atomic nuclei and electrons. They are one of the two major contributors to the radiation dose received by astronauts (the other coming from solar particle events), and the only one that it has been impossible to shield against thus far.
These galactic cosmic rays are ubiquitous in outer space.
While they are never, or very rarely, mentioned during Star Trek, they are a very important part of travel in outer space, and it is vital that astronauts and engineers know about them before leaving the safety of the earth's atmosphere.
In outer space there is a type of very high energy radiation called galactic cosmic rays. These rays are comprised of charged particles, like atomic nuclei and electrons. They are one of the two major contributors to the radiation dose received by astronauts (the other coming from solar particle events), and the only one that it has been impossible to shield against thus far.
These galactic cosmic rays are ubiquitous in outer space.
While they are never, or very rarely, mentioned during Star Trek, they are a very important part of travel in outer space, and it is vital that astronauts and engineers know about them before leaving the safety of the earth's atmosphere.
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