It's been several months since I last flew. Here are my observations.
Getting through security is not as unpleasant as I remember, but it takes longer than I remember.
They now let you keep small portable electronics turned on during take-off (as long as cellular service is turned off). This is incredibly helpful for me, as I get noise-induced migraines and my noise-canceling headphones are my lifeline on an airplane.
Also, I'm typing this on my cell phone.
During her pre-flight speech, the head flight attendant pronounced "placard" as "plaque-card," and "carry-on" as "carrion." She also called turbulence "rough air." Do people not know what turbulence means anymore?
The Great Lakes are stunningly beautiful. Part if me wishes the camera on this phone still worked, but the rest of me realizes that I couldn't do them justice and there's a big plane wing in the way anyway. [Not-so-mental note: find a good photo and insert it here.]
We can use laptops now. That's funny—I already responded to six emails on my phone! (Of course, the recipients still won't realize that for another two hours and twelve minutes...)
Was I saying something about lakes? Nothing but clouds above and clouds below now. Sort of a nice effect, really—two white, fluffy canvases with a little patch of daylight in-between.
And now it's completely white—no open patches save for the plane wing. And it's gotten turbulent. This time, the flight attendant said of the turbulence: "We're experiencing some weather right now."
I don't mind the turbulence, though. Give me a roller-coaster ride all day long. I just wish the engines weren't so noisy. Why is it that airplanes give me a migraine, but loud music doesn't? Must have something to do with the structure of the sound. (I do get a migraine if two TVs are playing simultaneously, for example—even if they're playing quietly.)
I am grieving the loss of the word "turbulence" from the lexicon. (And also, the fact that "weather" now apparently only means "bad weather"?)
At this time every morning I get a cup of coffee. I see that they have theirs in first class already. Grumble.
Kudos to the pilot. Not only did he use the word "turbulence," but he used a numeric infix: "We're at thirty-six fun-filled thousand feet..."
Coffee! And a gluten-free snack: peanuts!
I forgot my rule: always wear a shirt with a front pocket on a plane. That pocket comes in useful when you have limited space. Like right now: I really don't want to put my tray down, so it would be nice to have somewhere easy to put my peanuts. Oh well.
Peanuts and coffee aren't really a great mix, but I'd recommend it over weak black coffee by itself.
I just spent the past hour going over branding research. Somewhere along the way, the turbulence stopped and we now have sunny skies over the Great Plains.
I could use another cup of coffee. But I'll take the sunshine.
That's a lot of farmland.
I am impressed by the immense size and scope of the Dallas-Fort Worth Metroplex, the great state of Texas and our nation as a whole.
King Kong appears to be a giant mountain gorilla. In real life, male mountain gorillas average 195 kg (430 lb) and an upright standing height of 150 cm (59 in). The 2005 movie version was said to be "25 feet" (300 in) in height. Since mass grows exponentially compared to height (because width and depth are also growing), a 25-foot mountain gorilla with the same proportions as a regular-sized one would be around 25.6 metric tonnes (28.3 short tons).
Note, however, that most fan sites list Kong's weight as being in the 6-10 ton range. (For comparison, a large T-rex may have reached up to about 8 tons.) This indicates that Kong's biology is not simply a scaled-up version of a mountain gorilla. Instead, it appears that his species has made some evolutionary adaptations as it has grown to magnificent proportions. While these differences are not readily apparent on the outside, they have given him the mobility and the edge he needs to fill an ecological niche on Skull Island.
Comic-Con International opens tomorrow night. In advance of that, here are my predictions for the titles of the Phase Three films of the Marvel Cinematic Universe. (Prepare for most of these to be completely disprove within the next few days...)
Next year, Marvel's Phase Two will conclude on May 1st with Avengers: Age of Ultron. So far, we know we are getting Ant-Man, Captain America, Doctor Strange, Thor and Avengers films in Phase Three, but we don't know the other four, nor do we know the titles for most of these. We know the release dates, but we do not know the order.
Here, then, are my predictions:
July 17, 2015 Ant-Man An aging scientist (Michael Douglas) helps a thief-with-a-heart-of-gold (Paul Rudd) pull off a heist to stop the bad guys and save the world.
May 6, 2016 Captain America: The Secret Empire Captain America is back, along with a host of his B-list Avengers friends (Falcon, Hawkeye, etc.) as they unravel a mystery going back to the 1950s. This film introduces us to Black Panther's Wakanda and also gives us more of the Winter Soldier.
July 8, 2016 Doctor Strange The origin film for Marvel's master of magic shows us the formerly smug surgeon Stephen Strange finding humility and a new purpose in life through sorcery. But behind the magic there are dark forces at work, and he realizes he must wager his own soul to save our universe. Look for head trips and Lovecraftian horror elements, as well as the typical Marvel humor.
May 5, 2017 The Incredible Hulk: Days of Rage Bruce banner wrestles with his inner demons, and with threats that neither he nor the Hulk can defeat alone—but maybe they can by working together. I'm thinking that "The Leader" is the big bad in this one, and there will be a ton of other heroes and villains besides just the Hulk. Could we possibly even get a Tony Stark cameo?
July 28, 2017 Black Panther Mainstream comics' first Black superhero finally gets his own movie as we delve into the fascinating backstory of the tiny, technologically advanced African nation of Wakanda and its mysterious king, the "Black Panther," T'Challa. This is seriously one of the most bad-ass superheroes in existence, so I'm really hoping Marvel does this and does it right.
November 3, 2017 Thor: Ragnarok The stakes are ratcheted up, as the Jane Foster subplots are dumped and Thor has to deal with the possible end of Asgard itself. He finds himself in conflict with a host of big Asgardian villains like Surtur the fire demon, the Enchantress, and of course his "brother" Loki. Oh, and Thanos makes an appearance as well.
July 6, 2018 Guardians of the Galaxy: Annihilation Now we really get into Thanos. This sequel loops in some more cosmic characters, including Nova and Adam Warlock. In the end, there is a small victory, but Thanos cannot be stopped and is headed to Earth. All hope is lost. Sorry.
November 2, 2018 The Inhumans The Inhumans are a secret race of augmented humans with special powers, and they tie into a bunch of loose threads already established in the Marvel Cinematic Universe, including the Kree (an alien race seen in the first season of Agents of SHIELD) and most likely the "miracle twins" Wanda (Scarlet Witch) and Pietro (Quicksilver) Maximoff from Avengers: Age of Ultron. They also could have ties to Thanos. Most of all, though, there are some incredibly groovy characters here that I can't wait to see on the screen: most importantly Black Bolt, one of the coolest cats Jack Kirby ever created. And I think this film could also be the perfect vehicle to introduce us to Ms. Marvel / Captain Marvel, if Guardians of the Galaxy doesn't beat it to the punch. Kevin Feige has hinted that an Inhumans movie could eventually come our way, so here's hoping...
May 3, 2019 Avengers: Infinity This is it, the final battle with Thanos. By now, he has all six infinity gems and absolute, unlimited power over everything in the universe, so there's nothing the Avengers can do. Oh well.
July 23, 2014 UPDATE: Marvel Studios just announced a third film for 2018 on May 4 of that year. I'm going to guess that means they've come to some kind of agreement with Robert Downey, Jr. and that Iron Man 4 will factor into their Phase Three plans after all. There are a ton of other possibilities, though: it could be Nova, Namor, Miss Marvel, a Black Widow/Winter Soldier team-up, the long-rumored Runaways, or even the Thunderbolts movie that James Gunn has been wanting to make. Hopefully, they'll make an announcement soon...
In my last post, I demonstrated that the ancient pantheon of deities known in Scandinavian mythology as the Vanir are actually one and the same as the group of powerful beings called the Valar in J.R.R. Tolkien’s writings about Middle-earth. The Valar were not only the first inhabitants of Asgard (which is also known as Aman in Quenyan Elvish), but they helped create it, along with the entire, alternate universe that it resides in, which is called Eä.
(Note that in Tolkien’s writings, Eä appeared to be the name for our universe, but I don’t think Tolkien fully grasped the nature of the multiverse. As I have stated before, my goal is to reconcile actual history with every cool fictional narrative in existence and make them all work in one universe. Occasionally that means reinterpreting a few things to make them fit.)
According to Tolkien, time for the Valar was measured in something called “Valian years.” The definition of this term was a little fuzzy, but at one point, Tolkien stated that a Valian year was equal to 9.582 standard Earth years. If you do the math, you’ll see that this equals 3,500 standard Earth days.
In the very early history of Asgard, time was measured in 12-hour “days” – half the length of a day on Earth. Before Asgard had its own sun and moon, it was lit by the Two Trees, the Golden Tree of Laurelin and the Silver Tree of Telperion, and they would alternate giving off light. The sun of Asgard was made from the last fruit of Laurelin, and the moon was made of the last flower of Telperion. Both were set in special vessels crafted by the Vala known as Aulë and placed in the sky. At first they were guided back and forth across the sky, but eventually they were set to orbit Asgard, rising in the east and setting in the west, just as on Earth. (In Tolkien’s writings, these were actually said to be our sun and moon, but that doesn’t jibe with science, so again: multiverse.)
In those early times, a Valian year consisted of 7,000 days of 12 hours each, divided into “months” of 500 days each. The length of the month was chosen based on the cycle of the moon, which having come from a flower would “blossom” from a closed (new) moon to an open (full) moon and back again. The length of the year was chosen by assigning one month in honor of every one of the 14 original Valar.
The days of Asgard have now been the same length as Earth days for tens of thousands of Earth years, long before the Asgardians joined the Vanir in Asgard, and so a 24-hour day is now standard. The length of the Valian year, now known as the Asgardian year, has remained the same by halving the number of days in each month from 500 12-hour days to 250 24-hour days.
The current year of the Asgardian calendar dates from the end of the Æsir-Vanir war, c. 7000 BCE. By a happy coincidence, July 29, 1954 (the date that the first volume of J.R.R. Tolkien’s Lord of the Rings was published) fell on Asgardian New Year in the Year 932 of the Peace. Extrapolating backwards and forwards from that allowed me to figure out what day it was on Asgard at any given time.
As I mentioned, there are 14 months in the Asgardian calendar, each with 250 days, and those days, by design, are exactly the same length as Earth days. The months, in order are as follows:
1. Moon of Winds (named in honor of Manwë)
2. Moon of Stars (named in honor of Varda)
3. Moon of Waters (named in honor of Ulmo)
4. Maker's Moon (named in honor of Aulë)
5. Moon of Fruits (named in honor of Yavanna)
6. Moon of Flowers (named in honor of Vana)
7. Hunter's Moon (named in honor of Oromë)
8. Dancer's Moon (named in honor of Nessa)
9. Judge's Moon (named in honor of Námo)
10. Dreamer's Moon (named in honor of Irmo)
11. Merciful Moon (named in honor of Nienna)
12. Gentle Moon (named in honor of Etsë)
13. Weaver's Moon (named in honor of Vairë)
14. Strong Moon (named in honor of Tulkas)
Asgardians don't commonly use names for days of the week, but when they do, they follow the Earth calendar. However, they are likely to refer to the days using their traditional Germanic names:
Sunday: “Sun’s Day”
Monday: “Moon’s Day”
Tuesday: “Tyr’s Day”
Wednesday: “Odin’s Day”
Thursday: “Thor’s Day”
Friday: “Freyja’s Day”
Saturday: “Bath Day”
Every Asgardian year begins on a Thor’s Day (Thursday) and ends on an Odin’s Day (Wednesday). The 125th day of each month is a Full Moon feasting holiday. The last day of the Asgardian year is known as “Night’s Day” and is a time of reflection and reminiscence – and feasting that carries into New Year’s Day.
Asgardians are notoriously bad at paying attention to clocks. They dislike telling time by numbers and are more likely to tell you roughly what time of day it is. Here are some common terms, but keep in mind that individual usage varies:
Here are the first days of each month for several Asgardian calendar years, converted to our calendar. From this (and a little counting), you should be able to figure out the Asgardian date on any given day. By the way, today (June 14, 2014) is day 121 of the Maker’s Moon in the year 938 of the Peace between the Æsir and the Vanir.
Year 930 of the Peace
Day 1 of the Moon of Winds: May 30, 1935
Day 1 of the Moon of Stars: February 4, 1936
Day 1 of the Moon of Waters: October 11, 1936
Day 1 of the Maker's Moon: June 18, 1937
Day 1 of the Moon of Fruits: February 23, 1938
Day 1 of the Moon of Flowers: October 31, 1938
Day 1 of the Hunter's Moon: July 8, 1939
Day 1 of the Dancer's Moon: March 14, 1940
Day 1 of the Judge's Moon: November 19, 1940
Day 1 of the Dreamer's Moon: July 27, 1941
Day 1 of the Merciful Moon: April 3, 1942
Day 1 of the Gentle Moon: December 9, 1942
Day 1 of the Weaver's Moon: August 16, 1943
Day 1 of the Strong Moon: April 22, 1944
Year 931 of the Peace
Day 1 of the Moon of Winds: December 28, 1944
Day 1 of the Moon of Stars: September 4, 1945
Day 1 of the Moon of Waters: May 12, 1946
Day 1 of the Maker's Moon: January 17, 1947
Day 1 of the Moon of Fruits: September 24, 1947
Day 1 of the Moon of Flowers: May 31, 1948
Day 1 of the Hunter's Moon: February 5, 1949
Day 1 of the Dancer's Moon: October 13, 1949
Day 1 of the Judge's Moon: June 20, 1950
Day 1 of the Dreamer's Moon: February 25, 1951
Day 1 of the Merciful Moon: November 2, 1951
Day 1 of the Gentle Moon: July 9, 1952
Day 1 of the Weaver's Moon: March 16, 1953
Day 1 of the Strong Moon: November 21, 1953
Year 932 of the Peace
Day 1 of the Moon of Winds: July 29, 1954
Day 1 of the Moon of Stars: April 5, 1955
Day 1 of the Moon of Waters: December 11, 1955
Day 1 of the Maker's Moon: August 17, 1956
Day 1 of the Moon of Fruits: April 24, 1957
Day 1 of the Moon of Flowers: December 30, 1957
Day 1 of the Hunter's Moon: September 6, 1958
Day 1 of the Dancer's Moon: May 14, 1959
Day 1 of the Judge's Moon: January 19, 1960
Day 1 of the Dreamer's Moon: September 25, 1960
Day 1 of the Merciful Moon: June 2, 1961
Day 1 of the Gentle Moon: February 7, 1962 (Note: this is the Asgardian month that Thor debuted as a modern hero on Earth.)
Day 1 of the Weaver's Moon: October 15, 1962
Day 1 of the Strong Moon: June 22, 1963
Year 933 of the Peace
Day 1 of the Moon of Winds: February 27, 1964
Day 1 of the Moon of Stars: November 3, 1964
Day 1 of the Moon of Waters: July 11, 1965
Day 1 of the Maker's Moon: March 18, 1966
Day 1 of the Moon of Fruits: November 23, 1966
Day 1 of the Moon of Flowers: July 31, 1967
Day 1 of the Hunter's Moon: April 6, 1968
Day 1 of the Dancer's Moon: December 12, 1968
Day 1 of the Judge's Moon: August 19, 1969
Day 1 of the Dreamer's Moon: April 26, 1970
Day 1 of the Merciful Moon: January 1, 1971
Day 1 of the Gentle Moon: September 8, 1971
Day 1 of the Weaver's Moon: May 15, 1972
Day 1 of the Strong Moon: January 20, 1973
Year 934 of the Peace
Day 1 of the Moon of Winds: September 27, 1973
Day 1 of the Moon of Stars: June 4, 1974
Day 1 of the Moon of Waters: February 9, 1975
Day 1 of the Maker's Moon: October 17, 1975
Day 1 of the Moon of Fruits: June 23, 1976
Day 1 of the Moon of Flowers: February 28, 1977
Day 1 of the Hunter's Moon: November 5, 1977
Day 1 of the Dancer's Moon: July 13, 1978
Day 1 of the Judge's Moon: March 20, 1979
Day 1 of the Dreamer's Moon: November 25, 1979
Day 1 of the Merciful Moon: August 1, 1980
Day 1 of the Gentle Moon: April 8, 1981
Day 1 of the Weaver's Moon: December 14, 1981
Day 1 of the Strong Moon: August 21, 1982
Year 935 of the Peace
Day 1 of the Moon of Winds: April 28, 1983
Day 1 of the Moon of Stars: January 3, 1984
Day 1 of the Moon of Waters: September 9, 1984
Day 1 of the Maker's Moon: May 17, 1985
Day 1 of the Moon of Fruits: January 22, 1986
Day 1 of the Moon of Flowers: September 29, 1986
Day 1 of the Hunter's Moon: June 6, 1987
Day 1 of the Dancer's Moon: February 11, 1988
Day 1 of the Judge's Moon: October 18. 1988
Day 1 of the Dreamer's Moon: June 25, 1989
Day 1 of the Merciful Moon: March 2, 1990
Day 1 of the Gentle Moon: November 7, 1990
Day 1 of the Weaver's Moon: July 15, 1991
Day 1 of the Strong Moon: March 21, 1992
Year 936 of the Peace
Day 1 of the Moon of Winds: November 26, 1992
Day 1 of the Moon of Stars: August 3, 1993
Day 1 of the Moon of Waters: April 10, 1994
Day 1 of the Maker's Moon: December 16, 1994
Day 1 of the Moon of Fruits: August 23, 1995
Day 1 of the Moon of Flowers: April 29, 1996
Day 1 of the Hunter's Moon: January 4, 1997
Day 1 of the Dancer's Moon: September 11, 1997
Day 1 of the Judge's Moon: May 19, 1998
Day 1 of the Dreamer's Moon: January 24, 1999
Day 1 of the Merciful Moon: October 1, 1999
Day 1 of the Gentle Moon: June 7, 2000
Day 1 of the Weaver's Moon: February 12, 2001
Day 1 of the Strong Moon: October 20, 2001
Year 937 of the Peace
Day 1 of the Moon of Winds: June 27, 2002
Day 1 of the Moon of Stars: March 4, 2003
Day 1 of the Moon of Waters: November 9, 2003
Day 1 of the Maker's Moon: July 16, 2004
Day 1 of the Moon of Fruits: March 23, 2005
Day 1 of the Moon of Flowers: November 28, 2005
Day 1 of the Hunter's Moon: August 5, 2006
Day 1 of the Dancer's Moon: April 12, 2007
Day 1 of the Judge's Moon: December 18, 2007
Day 1 of the Dreamer's Moon: August 24, 2008
Day 1 of the Merciful Moon: May 1, 2009
Day 1 of the Gentle Moon: January 6, 2010
Day 1 of the Weaver's Moon: September 13, 2010
Day 1 of the Strong Moon: May 21, 2011
Year 938 of the Peace (note: this is the current Asgardian year)
Day 1 of the Moon of Winds: January 26, 2012
Day 1 of the Moon of Stars: October 2, 2012
Day 1 of the Moon of Waters: June 9, 2013
Day 1 of the Maker's Moon: February 14, 2014
Day 1 of the Moon of Fruits: October 22, 2014
Day 1 of the Moon of Flowers: June 29, 2015
Day 1 of the Hunter's Moon: March 5, 2016
Day 1 of the Dancer's Moon: November 10, 2016
Day 1 of the Judge's Moon: July 18, 2017
Day 1 of the Dreamer's Moon: March 25, 2018
Day 1 of the Merciful Moon: November 30, 2018
Day 1 of the Gentle Moon: August 7, 2019
Day 1 of the Weaver's Moon: April 13, 2020
Day 1 of the Strong Moon: December 19, 2020
Year 939 of the Peace
Day 1 of the Moon of Winds: August 26, 2021
Day 1 of the Moon of Stars: May 3, 2022
Day 1 of the Moon of Waters: January 8, 2023
Day 1 of the Maker's Moon: September 15, 2023
Day 1 of the Moon of Fruits: May 22, 2024
Day 1 of the Moon of Flowers: January 27, 2025
Day 1 of the Hunter's Moon: October 4, 2025
Day 1 of the Dancer's Moon: June 11, 2026
Day 1 of the Judge's Moon: February 16, 2027
Day 1 of the Dreamer's Moon: October 24, 2027
Day 1 of the Merciful Moon: June 30, 2028
Day 1 of the Gentle Moon: March 7, 2029
Day 1 of the Weaver's Moon: November 12, 2029
Day 1 of the Strong Moon: July 20, 2030
For years now, I’ve spent a good deal of my spare time untangling the Secret History of the Universe from clues scattered throughout the writings of mad geniuses and the rambling, obsessive data-dump of fan-boys throughout the infosphere. Others have done this before, but usually for the purpose of creating what-if style fan-fiction, which tends to come off as forced. For me, though, it is an exercise in discovering patterns and overlaps that have existed all along and just haven’t been seen before. One such example is the connection between the Valar, the god-like powers of J.R.R. Tolkien’s Middle-earth, and the Vanir, a pantheon of gods in Scandinavian mythology of whom very little is known.
Tolkien’s Middle-earth borrowed heavily from Germanic mythology, and so there are already many parallels to begin with, and that makes it easy to reconcile the two. For example, one of the nine realms of traditional Germanic cosmology is “Midgard” (Earth), which is translated “Middle-earth” or “Middle-enclosure.”
Tolkien also said that the history of Middle-earth occurred at some point in our own distant past. For numerous reasons, I have made the argument in my timeline that Middle-earth history predated the Thurian and Hyborian Ages of Robert E. Howard’s writings (the times of Kull of Atlantis and Conan the Cimmerian, respectively).
One of the interesting things about Tolkien’s Valar is that he never gives us their actual names, only a variety of titles by which various peoples of Middle-earth referred to them. In fact, most of the titles that we know from Tolkien’s writings are in the Elvish tongues. That means that if the same beings did appear at a later point in human history, we might not immediately recognize them as such because they might be called by different names.
Thus, in my timeline, I made the argument that the primary gods of Atlantis in Kull’s time were actually the Valar known by different names. And still later, they would be known to other peoples by yet other titles. This is not surprising given the great lengths of time (tens of thousands of years) and variety of peoples and languages who revered them.
The Valar first came to Earth around 80,000 BCE. By the year 23,000 BCE, the Elves had left Earth and the Elvish names of the Valar had been all but forgotten. By the year 7500 BCE, the influence of the Valar had waned and their memory was kept alive only by a small band of followers in the northern kingdom of Vanir. The name “Valar” itself had been forgotten by this time, and the beings were known collectively as “the gods of the Vanir.”
Around 7000 BCE, the Vanir and their gods went to war with the neighboring kingdom of Æsir and their gods. This Æsir-Vanir war is spoken of in Norse mythology. It ended with a truce, as the gods sent representatives to dwell in each other’s kingdoms. According to legend, the Vanir sent a sea god named “Njörðr” and his “sister” (who was also his wife and later the mother of his two children, Freyr and Freyja) to dwell among the Æsir.
The sea god of the Valar was Ulmo, and so I propose that “Njörðr” was simply another title for Ulmo. The wife’s / sister’s name is sometimes given as “Nerthus,” and I propose that this would be Nienna, the only other unmarried Vala. In fact, it has been speculated that “Njörðr” and “Nerthus” are masculine and feminine forms of the same name, so it may be that “Njörðr” was simply a title given to Ulmo for being the husband of Nienna, or Nerthus. Another Vanir name mentioned prominently in Scandinavian mythology is Ull (or Ullur), which certainly sounds like another name for Ulmo.
According to my timeline, after the Æsir-Vanir war, the gods of the Æsir were granted a homeland on the great world of Aman, where Tolkien said the Valar and Elves lived. If we match up the realms of Aman, as described in Tolkien’s writings with the traditional nine realms of Scandinavian mythology and the modern interpretation of those realms as seen in Marvel’s Thor comic books, we see that a clear picture emerges:
The world of Aman in Tolkien’s writings (also known as the “Undying Lands” or the “Blessed Realm”) became known as Asgard by the new arrivals. This name was applied by to the continent-shaped world as a whole and to the towering city where the Asgardians (the gods of the Æsir and eventually of all Germanic peoples) made their homes.
Valinor, home of the Valar in Tolkien’s writings, became known as Vanaheim (“home of the Vanir”).
The realm of Eldamar (“elf home”) was called Alfheim (“elf home”) by the Asgardians.
And the underground realm of the dwarves was called Nidavellir (“dark dwelling”).
Today, the Asgardians get all of the press, mostly thanks to Thor, while the Vanir have mostly receded into the background. Following the Æsir-Vanir war, the Vanir decided to withdraw from interfering directly in the affairs of human beings. Instead, they chose a young boy on Earth to be their representative. This boy, who would eventually take the name “Shazam,” would spend the next 3,000 years as their champion, granted extraordinary powers by them in the battle against evil. Whenever he uttered the magic word “Vlarem,” composed of the first letters of six of the names he knew them by, he would gain an extraordinary gift from each of them: the strength of Voldar, the wisdom of Lumiun, the speed of Arel, the power of Ribalvei, the courage of Elbiam and the stamina of Marsosh. He would spend the next 3,000 years as their champion battling evil, and then thousands more searching for the right successor.
In 1939, a young American boy named Billy Batson inherited Shazam’s power and now battles evil-doers as Captain Marvel. However, because no one knows who the Vanir are these days, he tells everyone his powers come from the wisdom of Solomon, the strength of Hercules, the stamina of Atlas, the power of Zeus, the courage of Achilles and the speed of Mercury.
The 14 original Valar / Vanir are as follows. Their oldest known names (the names given to them in Middle-earth in the Quenya Elvish tongue) are listed first, followed by all known alternate names.
Manwë Súlimo, Lord of the Winds, King of the Vanir and husband of Varda Elentári (alternate names: Mānawenūz, Aran Einior, Amân, Manweg, Honan*, Honen*, Ribalvei***)
Varda Elentári, Queen of the Stars, wife of Manwë Súlimo (alternate names: Elbereth Gilthoniel, Tintallë, Airë Tári, Fanuilos, Gimilnitîr, the Moon Woman*, Elbiam***)
Ulmo, Lord of the Waters, husband of Nienna and father of Freyr and Freyja (alternate names: Ullubōz, Ylmir, Nûron, Ulu, Guiar, Gulma, Njörðr**, Njord**, Ull**, Ullur**)
Aulë the Maker, husband of Yavanna Kementári (alternate names: Aȝūlēz, Óli, Mahal, Tamar, Hotath*, Marsosh***)
Yavanna Kementári, Queen of the Earth and Giver of Fruits, sister of Vána and wife of Aulë (alternate names: Ivon, Helfara*)
Vána the Ever-Young, Queen of Blossoming Flowers, sister of Yavanna and wife of Oromë (no known alternate names)
Oromë Aldaron the Huntsman, brother of Nessa and husband of Vána (alternate names: Arōmēz, Tauron, Béma, Araw, Arel***)
Nessa the Dancer, wife of Tulkas (no known alternate names)
Námo, Judge of the Dead, Master of Doom, brother of Irmo and Nienna, and husband of Vairë (alternate names: Mandos, Bannoth, Badhron, Zukala*)
Irmo, Master of Visions and Dreams, brother of Námo and Nienna, and husband of Estë (alternate names: Lórien, Olofantur, Fulmur, Losfan, Glurim, Lûriel, The Strange God*, The God Which Is Unknown*, Lumiun***)
Nienna, Lady of Mercy, sister of Námo and Irmo, wife of Ulmo and mother of Freyr and Freyja (alternate names: Nyenna, Heskil, Núri, Qalmë-Tári, Fui, Nerthus**)
Etsë the Gentle, wife of Irmo (alternate names: Îdh, Eord, one of the Star Maidens*)
Vairë the Weaver, wife of Námo (alternate names: Gwîr, one of the Star Maidens*)
Tulkas Astaldo the Strong, Champion of Valinor, husband of Nessa (alternate names: Tulukhastāz, Tulcus, Valka*, Voldar***)
The cool thing about this is that it gives some added depth and background not just to the Vanir, but to all of Asgard - which as we know from the Thor comics and movies is still thriving in our modern world.
There is a popular theory floating around the Internet that "James Bond" isn't a name, it's an alias - a false name used by all of Britain's MI6 secret agents in the Double-O program (i.e., licensed to kill) to be assigned the number 007. This theory is supposed to explain two things: 1) why James Bond has been able to have such a long career, and 2) why his appearance keeps changing (from actor to actor).
Seeing as how the movies definitely build into a continuous narrative, the longevity question should concern us. Also, there are certain plot points that can only be explained in one of two ways: either the "Bond" name changes hands, or the franchise has been rebooted at some point without anyone realizing it.
So I tend to agree with this crazy Internet theory. However, I do not agree that each actor who has played Bond has played a different agent. In the Eon Productions movie series, six different actors have so far played Bond, but I think the timeline works best with just four agents having used the alias during that span. Here is how I would break it down:
1930 - The original James Bond is born. (This is his real name.)
--- Note: this is the year Sean Connery was actually born.
1937 - Simon Templar is born.
--- Note: Roger Moore is actually older than Connery, but always appeared young for his age.
1947 - James Bond is recruited into British Intelligence.
1953 - The man later known as "Remington Steele" is born. As a child, he is known only as "Harry."
--- Note: this is the year Pierce Brosnan was actually born.
1956 - At age 26, James Bond is assigned to the Double-O section of the British Secret Service and granted a license to kill.
1962 - Dr. No (Sean Connery as James Bond).
Meanwhile, debonair thief and amateur detective Simon Templar (age 25) begins operating as "The Saint" in London.
--- Note: The Saint was the television role that made Roger Moore famous and made everyone liken him to James Bond.
1963 - From Russia with Love (Sean Connery as James Bond).
1964 - Goldfinger (Sean Connery as James Bond).
1965 - Thunderball (Sean Connery as James Bond).
1966 - On Her Majesty's Secret Service (George Lazenby as James Bond).
Bond marries Tracy di Vicenzo, but she is murdered by Ernst Stavro Blofeld shortly after the ceremony.
--- Note: On Her Majesty's Secret Service was released in 1969, but continuity errors actually seem to place it before You Only Live Twice.
1967 - You Only Live Twice (Sean Connery as James Bond).
1969 - Sophisticated thief Simon Templar is offered a job working for British Intelligence.
Note: this is when The Saint ended its run on television.
1971 - Diamonds Are Forever (Sean Connery as James Bond).
1972 - James Bond marries Tiffany Case (the Bond girl from Diamonds Are Forever) and retires to Skyfall, his estate in Scotland. There, for their own protection, they live under assumed names.
1973 - A son is born to James Bond and Tiffany Case; they name him James.
Meanwhile, former-thief-turned-agent Simon Templar becomes the new 007. Because of his past criminal history, Templar decides to adopt Bond's name as well as his number.
Live and Let Die (Roger Moore as James Bond II).
--- Note: Daniel Craig was actually born in 1968, but this birth year makes more sense for our timeline.
1974 - The Man with the Golden Gun (Roger Moore as James Bond II).
1977 - The Spy Who Loved Me (Roger Moore as James Bond II).
1979 - Moonraker (Roger Moore as James Bond II).
1981 - For Your Eyes Only (Roger Moore as James Bond II).
1982 - A British thief and con-artist who went only by the name "Harry" adopted the alias "Remington Steele" and began working for private detective Laura Holt in Los Angeles.
--- Note: Remington Steele was the television role that made Pierce Brosnan famous and made everyone liken him to James Bond.
1983 - Octopussy (Roger Moore as James Bond II).
1984 - Private detective "Remington Steele" is recruited into MI6 after his associate Laura Holt is killed by the KGB in Ireland.
--- Note: By all rights, the television series Remington Steele should have ended in time for Pierce Brosnan to be the next James Bond. By speeding up the Remington Steele timeline a bit, we can achieve what we need.
1985 - A View to a Kill (Roger Moore as James Bond II).
The second "James Bond" (real name Simon Templar) retires after this mission.
1986 - After showing remarkable aptitude, the agent known as "Remington Steele" becomes the new 007. Like his predecessor, he decides to leave his former alias behind and use the alias "James Bond."
The pre-title sequence of Goldeneye (Pierce Brosnan as James Bond III) happens soon after this James Bond joins the ranks of the Double-O's.
1987 - The Living Daylights (Timothy Dalton as James Bond III).
1989 - Licence to Kill (Timothy Dalton as James Bond III).
1995 - Goldeneye (Pierce Brosnan as James Bond III).
1996 - The son of the original James Bond joins MI6. He's using an assumed name at this point rather than his real name, but the higher-ups know who he is.
1997 - Tomorrow Never Dies (Pierce Brosnan as James Bond III).
1999 - The World Is Not Enough (Pierce Brosnan as James Bond III).
2002 - Die Another Day (Pierce Brosnan as James Bond III).
The third James Bond was killed in action later this year.
--- Note: Sorry, Remington Steele, but Die Another Day was atrocious, so you don't get to retire.
2006 - The son of the original James Bond earns his license to kill and inherits his father's old role as 007.
Casino Royale (Daniel Craig as James Bond IV).
2008 - Quantum of Solace (Daniel Craig as James Bond IV).
2012 - Skyfall (Daniel Craig as James Bond IV).
2015 - Title TBA (Daniel Craig as James Bond IV).
So there you have it: there have been four James Bonds. Two of them (father and son) have actually been named James Bond, and two have used the alias in the role of 007 because they couldn't legitimately use their own names.
On screen they have been played by:
I. James Bond, Sr.: Sean Connery (6 films for Eon Productions) and George Lazenby (1 film).
II. Simon Templar: Roger Moore (7 films and 1 prequel television series, The Saint).
III. "Remington Steele": Timothy Dalton (2 films) and Pierce Brosnan (4 films and 1 prequel television series, Remington Steele).
IV. James Bond, Jr.: Daniel Craig (3 films thus far, with at least one more on the way).
To qualify for this list, each of the entries in a given trilogy had to be a top-notch film in its own right. Many franchise have yielded a fantastic first film, only to be followed by so-so sequels (Back to the Future, Jurassic Park, The Matrix, and The Pirates of the Caribbean, just to name a few). Some have even spawned a sequel just as fantastic, only to fall utterly flat in the third film (Alien, The Godfather, X-Men, etc.). But a few rare franchises manage to get all the way to the magic number. Here, then, are the best and most consistent of movie trilogies in history:
#1. Original Star Wars trilogy
Star Wars (1977)
Star Wars: The Empire Strikes Back (1980)
Star Wars: Return of the Jedi (1983)
There's really no debate here. Others may try to argue, but for pure entertainment value and excellence, the original blockbuster movie trilogy has yet to be beat. Sure, the third installment wasn't nearly as good as the first two, but it was still first-class. All three of these could be watched ad infinitum without any sign of fatigue.
#2. The Lord of the Rings trilogy
The Lord of the Rings: The Fellowship of the Ring (2001)
The Lord of the Rings: The Two Towers (2002)
The Lord of the Rings: The Return of the King (2003)
If any trilogy has come close to Star Wars, it is Lord of the Rings. Damn close - in fact, it is arguably better on artistic value alone, and just as strong in terms of the overall story arc. But where the Star Wars trilogy soars into pure joyful escapism, at times Lord of the Rings gets bogged down under the sheer weight of its own story. Completing the cycle on this trilogy is a commitment of patience! Still, that is only to say that it falls slightly short of Star Wars and far ahead of everything else.
#3. Original Indiana Jones trilogy
Raiders of the Lost Ark (1981)
Indiana Jones and the Temple of Doom (1984)
Indiana Jones and the Last Crusade (1989)
The second installment is a prequel, and it is not quite up to the other two, although it is still fun. That being said, this trilogy is what movies are all about.
#4. Trilogy of the Dead
Night of the Living Dead (1968)
Dawn of the Dead (1978)
Day of the Dead (1985)
The original zombie apocalypse film was followed by two sequels more than a decade later. Each installment was different than the one before - darker, more cynical - and that turned off some people. Even ones who liked the first movie, or the second, may not have liked the entire trilogy. They're even a little tame compared to today's zombie movies, but don't let that fool you. They certainly aren't for everyone, but they are brilliant: claustrophobic, increasingly nihilistic, smart and stimulating.
#5. Iron Man trilogy
Iron Man (2008)
Iron Man 2 (2010)
Iron Man 3 (2013)
The placement of this trilogy on this list will probably be the most controversial, as the Iron Man movies have divided fans. Everyone loved the first movie universally - it's without a doubt one of the best superhero movies ever made. However, more than a few people were disappointed with the second and third installments, even though commercially they were even greater successes. While the latter two movies may have had their flaws, however, the main problem they had was that they couldn't live up to the shadow cast by the first movie. Taken on their own, they were still incredibly entertaining. They still had Robert Downey, Jr. as Tony Stark, which may be the best casting ever for a superhero. And they still had cool Iron Man armor and gadgets, special effects and action sequences, memorable (although not always likable) supporting characters, and solid stories. Again, in terms of pure entertainment, this series is hard to beat and deserves every dollar it made at the box office.
#6. Original James Bond films
Dr. No (1962)
From Russia with Love (1963)
Nobody did Bond better than Sean Connery, and the first three films were nearly flawless. Released in three successive years, they can be considered a trilogy, even though there have been 20+ Bond films since then.
#7. Original Bourne trilogy
The Bourne Identity (2002)
The Bourne Supremacy (2004)
The Bourne Ultimatum (2007)
And just when Bond seemed to be getting stale, the spy-thriller genre was reinvented by the Jason Bourne series. The three films to star Matt Damon as Jason Bourne were a thrill a minute and never let up.
#8. Evil Dead trilogy
The Evil Dead (1981)
Evil Dead II (1987)
Evil Dead III: Army of Darkness (1992)
This is a weird trilogy: supernatural horror action with amazing practical effects and tongue-in-cheek twists and turns. The second movie was actually a bigger-budget remake of the shoestring first film - but you need to see them both regardless, because the low-budget effects are just as impressive. The weakest link is the third film, but it makes up for it by being off-the-wall enough to work.
#9. Dark Knight trilogy
Batman Begins (2005)
The Dark Knight (2008)
The Dark Knight Rises (2012)
This wasn't the perfect Batman trilogy: too much of the mythology was changed to fit director Christopher Nolan's vision. However, it may have been the perfect Christopher Nolan trilogy. The second film was especially good, and Heath Ledger's portrayal of the psychopathic Joker was haunting. The third film had too many plot holes, but was still great. And the cinematography was some of the best I've ever seen.
#10. Dollars trilogy
A Fistful of Dollars (1964)
For a Few Dollars More (1965)
The Good, the Bad and the Ugly (1966)
This trilogy jump-started Clint Eastwood's career and made it OK for western films to be "gritty." Eastwood's "Man with No Name" (he actually goes by a different name in each film) is the ultimate Wild West badass, and the archetype for many "loner" characters who've followed.
Honorable mention: original Die Hard trilogy
Die Hard (1988)
Die Hard 2 (1990)
Die Hard with a Vengeance (1995)
This is the poor-man's action trilogy, and Bruce Willis pulls it off wonderfully. The second film doesn't quite hit the heights of the first and last, but all three are pure entertainment.
Honorable mention: Back to the Future trilogy
Back to the Future (1985)
Back to the Future II (1989)
Back to the Future III (1990)
The second film is a little too dark, and the third is a little too light, but the first is flawless and overall this is a great series. It's not easy to do time travel right, but the Back to the Future trilogy makes it look easy.
According to Green Lantern lore, billions of years ago the advanced alien species known as the Guardians of the Universe moved from their home planet of Maltus to the planet Oa "near the center of the universe." (Technically, the universe has no center, but we'll let that go.)
From Oa, the Guardians divided the universe into 3,600 "Sectors," each one touching Oa and radiating outward from it. There has been some confusion about the size and shape of these Sectors over the years, so I will explain. A two-dimensional circle is easy to divide into 3,600 parts -- each 1/10th of a degree wide -- and so it has been rumored that the Guardians simply divided the universe into very thin wedges. However, this is impractical for a three-dimensional universe, and it is not the method used by the Guardians. It has also been stated at times that each Sector is one degree by 18 degrees (18 square degrees). However, this adds up to 64,800 square degrees, which was apparently arrived at by multiplying 360 degrees by 180 degrees. In fact, a sphere has approximately 41,253 square degrees (the proper formula is 360*360/π), so the math is off. Each sector should cover approximately 11.46 square degrees of Oa's sky.
Here is a rational way for the Guardians to have divided up the universe into 3,600 Sectors. First, they would have divided the sky of Oa (and, extending outward into infinity, the sphere of the universe) into eight equal segments. This would have essentially given them the spherical equivalent of an octahedron. As you can see below, an octahedron is constructed of eight equivalent sides, each of which is an equilateral triangle. Likewise, we have divided our sphere into eight equivalent, triangular wedges.
Now, it is a fact that you can divide an equilateral triangle into n^2 smaller equilateral triangles of equal size, where n is any whole number. For example, here is an example where we divide one equilateral triangle into nine (n = 3):
If use then use this technique to divide each of the eight faces of the sphere into 900 smaller "rounded triangles" (n = 30), we will end up with 7,200 roughly triangular sections. (These will, of course, not be actual equilateral triangles due to the curvature of the sphere, but the principal should still hold true enough for it to be a convenient method of dividing the space.) Combine two of these subdivisions into a roughly diamond-shaped area, and you have your 3,600 Space Sectors. Here is an example of a small cross-section:
Note that these Sectors start out small where they all come together at Oa (which is considered "Sector Zero"), but because they grow wider with distance, at the "edge" of the universe they will be more than 2.7 billion light years across. (We'll talk more about scale in just a moment...)
At first, the Guardians of the Universe tried to live up to their self-appointed name by patrolling these 3,600 sectors themselves. Then they built a robot police force to do so, which had disastrous consequences. (The robots, known as "Manhunters," congregated and tried to eradicate all intelligent life in one of the Sectors.) Finally, they began appointing an organic police force to do the job, which they dubbed the Green Lantern Corps. Due to certain limitations on the Guardians' power source, at first there was only one Corpsman per Sector. There is now an average of two per Sector. That is still not much, as I will explain below, so the universe is barely guarded, but I suppose every little bit helps.
One of the facts that has been established in the lore is that the Milky Way is part of Sector 2814, while its neighboring galaxy Andromeda is in Sector 2813. If you know anything about the scale of the universe, you know that this is highly unlikely. The two galaxies are only about 2.5 million light years apart. In a universe that is at least 93 billion light years across (that's just what we can observe of it - more on this in a moment), 2.5 million is insignificant. To put it another way, the Atlantic Ocean is about 3,000 miles (4,800 km) wide between New York and Ireland. If the observable universe were that wide, the distance between the Milky Way and Andromeda would be 425 feet (130 m).
Of course, we do draw political boundaries like that all the time, so it is possible, however improbable. And the closer the two galaxies are to Oa, the more likely it is that they would be split down the middle like that, since the Sectors would not be as wide.
Looking in our immediate area of the universe - within one billion light years - a perfect location emerges for Oa: the Boötes Void, also known as "The Great Void." The Boötes Void is what is known as a "supervoid." It is 250 million light years across and contains almost no galaxies. Its center is roughly 700 million light years away -- ridiculously far in human terms, but comfortably close in cosmological terms. Placing Oa in the middle of a supervoid makes great sense, as despite their mission, the Guardians remain somewhat aloof from the universe. It makes sense that "Sector Zero" would be somewhat isolated and not part of a normal cluster of galaxies.
Additionally, the Boötes Void appears to be at nearly the correct angle to place a dividing line perfectly between the Milky Way and Andromeda. (Of course, in a few billion years, the two galaxies will merge anyway, and the Green Lanterns will have a much harder time figuring it all out, but for now we can make it work well enough.)
If Oa is 700 million light years away, that would mean that Sectors 2813 and 2814 would each be approximately 44.4 million light years across in the neighborhood of the Milky Way. With that knowledge, we can safely predict some of the nearby galaxies that belong to each of the Sectors. The map at the top of this article shows the approximate dividing line, as does this view:
Within our Local Group of galaxies, Sector 2813 would include Andromeda (home of the Skrull Empire and the now destroyed planet Krypton) and its many satellite dwarf galaxies, the Triangulum Galaxy (home of the Shi'ar Empire), and the NGC 3109 Subgroup. Other nearby galaxies in the Sector would include the M81 Group (including the well-known galaxies M81, a.k.a. Bode's Galaxy, and M82, a.k.a. the Cigar Galaxy), the M101 Group (including M101, a.k.a. the Pinwheel Galaxy), the IC342/Maffei 1 Group, the NGC 55/300 Group and the Ursa Major (M109) Group.
Sector 2814 would include the Milky Way (our home), the Large Magellanic Cloud (home of the Kree Empire), the Small Magellanic Cloud, and the Milky Way's many other satellite dwarf galaxies. It would also include the nearby galaxies in the Canes Venatici I Group, the Centaurus A/M83 Group, the NCG 1313 Group and part of the Virgo Cluster (although the cluster's core would lie in another Sector - probably 2815).
These nearby galaxies would just constitute a small cross-section of these two Sectors, however. As I mentioned before, the universe is a big place. Even if we count just the observable universe - that is, the part from which we can hope to observe data from Earth with the most powerful telescopes we could ever create - we are talking about a scale that will baffle your imagination.
Our Sun is one of 400 billion stars in the Milky Way. It is one of 1.5 trillion stars in our Local Group of galaxies (which includes Andromeda, Triangulum, the Magellanic Clouds and several dwarf galaxies). It is one of 200 trillion stars in the Virgo Supercluster, which includes the large Virgo Cluster and several smaller groups of galaxies, including our Local Group.
There are about 100 million similar superclusters of galaxies in the observable universe. Here is a rough map of the structure of the observable universe, showing threads of superclusers alternating with voids. (The Virgo Supercluster is at the center, but not even visible at this scale.)
Those 100 million superclusters equal an estimated 170 billion galaxies and 300 sextillion stars. (How big of a number is that? This big:300,000,000,000,000,000,000,000.)
Furthermore, a recent NASA study estimated that 22% of stars had planets in their habitable zones. That doesn't mean that they could support life, just that they are in the right location to do so under the right circumstances. Assuming that everything else is equal, that yields 66 sextillion potentially habitable planets.
We don't yet know what percentage of those planets actually does support life. According to my sources (science fiction books and films), it is nearly 100%. However, I will be conservative and predict that 5% contain an ecosystem that has developed beyond microbial life. That yields 3.3 sextillion flourishing worlds in the observable universe. I will further estimate that one in 1,000 of these has developed life forms with a higher level of consciousness and intelligence comparable to or greater than humans. That yields 3.3 quintillion fully evolved worlds. Of those, I will predict that half of them have already destroyed themselves, leaving approximately 1.7 quintillion inhabited planets remaining.
If we divide those numbers by 3,600, we get the following:
Almost 27,800 superclusters per Sector.
More than 47 million galaxies per Sector.
83,000,000,000,000,000,000 stars per Sector.
18,000,000,000,000,000,000 potentially habitable planets per Sector.
900,000,000,000,000,000 planets with primitive ecosystems per Sector.
9,000,000,000,000 inhabited planets per Sector.
That's 83 quintillion stars and nine trillion inhabited planets per Green Lantern. And again, that's only in the universe that we can observe from Earth. The actual size of the universe is currently unknown. there are some who believe that it may actually be just slightly smaller than the size of the observable universe, which if true would mean that we could determine the true size of the universe just as soon as we have a telescope powerful enough. However, most astronomers believe that it is at least slightly larger, with one popular estimate being 250 times larger (by volume), and another plausible estimate being that the totality of the universe is 300 sextillion times larger than what we can observe. Because of the cosmological constant, we know that stars and galaxies are present at the same density throughout the universe, so we can easily extrapolate our numbers.
We are already in dangerous territory as it is, so I am not even going to bother with the higher estimates, but I will acknowledge that the universe is slightly larger than what we can observe. If we estimate that it is 50% bigger (by volume), that would make its total diameter just over 106 billion light years, and each Sector's numbers would increase by 50%:
Almost 41,700 superclusters per Sector.
More than 70 million galaxies per Sector.
125,000,000,000,000,000,000 stars per Sector.
27,500,000,000,000,000,000 potentially habitable planets per Sector.
275,000,000,000,000,000 planets with primitive ecosystems per Sector.
13,500,000,000,000 inhabited planets per Sector.
Spending an average of one hour on a planet and working eight hours per day, 200 days per year, a Green Lantern could visit about 1,600 planets per year. At that rate, it would take over 8.4 billion years to visit all of the inhabited planets in a Sector. (Or more than 4.2 billion if there were two Green Lanterns working each Sector.) It is safe to say that there are a lot of planets that are not part of the regular beat of these space cops.
It is likely that the Green Lanterns stay close to home: giving highest priority to the galaxies closest to Oa, and only venturing further into deep space when something truly odd is happening. In fact, the Milky Way was probably somewhat out of the way and on the very border of the Corps' patrol when the Guardians gave the Psions the Vega System. They probably never expected that the great Abin Sur would one day crash-land on a remote world in that border galaxy and bequeath his ring to an Earthman.
Or that the Earthman would spend 90% of his time driving around America with his pal Ollie while the rest of his Sector went untended. No wonder no one likes Earthmen.
After a careful analysis of my risk factors, I now have a comprehensive actuarial assessment of my likely means of leaving this world. In the interest of the common good, I have listed them here. Your odds may differ from mine.
Odds – Cause
30% – Cardiovascular disease
30% – Infectious disease
11% – Cancer
10% – Digestive disease
6.0% – Respiratory disease
4.0% – Other non-communicable disease
2.0% – Alzheimer's and other neuro-mental illness
1.5% – Automobile accident
1.0% – Homicide
0.8% – Drowning
0.8% – Falling
0.7% – Fire or smoke
0.4% – Extreme weather
0.4% – Poison or venom
0.4% – Suicide
0.1% – Bear attack
0.1% – Drugs or alcohol
0.1% – Electrocution
0.1% – Nuclear holocaust
0.1% – Sports
0.05% – Domesticated animal attack
0.05% – Lightning
0.05% – Nanobot malfunction
0.05% – Pirate attack
0.05% – Robot uprising
0.05% – Terrorist attack
0.05% – War
0.03% – Alien invasion
0.01% – Bad juju
0.01% – Bionic hardware malfunction
0.01% – Circus animal and/or clown attack
0.01% – Earthquake
0.01% – Excessive leeching and/or bloodletting
0.01% – Frozen in the vacuum of outer space
0.01% – Trampled by farm animals
0.01% – Zombie apocalypse
0.005% – Alien parasite or fungus
0.005% – Killer bee attack
0.005% – Murdered by a renegade theme park robot
0.005% – Shark attack
0.001% – Aircraft accident
0.001% – Alligator or crocodile attack
0.001% – Catapult malfunction
0.001% – Dehydration
0.001% – Devoured by Cthulhu or another reawakened, ancient evil entity
0.001% – Dinosaur attack
0.001% – Eaten by cannibals (professional or amateur)
0.001% – Human pyramid collapse
0.001% – Kaiju attack
0.001% – Kangaroo or wallaby attack
0.001% – Landmine
0.001% – Laughing
0.001% – Mutated by radioactive waste, then killed by an angry mob
0.001% – Sinkhole
0.001% – Snake attack (2:1 odds it's an anaconda)
0.001% – Teleportation accident*
0.001% – Time-travel paradox
0.001% – Volcano
0.001% – Other wild animal or carnivorous plant attack
0.001% – All other possible causes**
* Note: does not include cases of successful teleportation, which technically could entail the destruction of my current body and assembly of a completely new body, depending on the type of teleportation.
** Note: this includes the possibility that I will, in fact, not die. Currently, my odds of escaping death due to the Rapture, for example, are 0.00000000000000000000006%
Here is an idea I have for a science fiction story. There is a double planet: two planets sharing the same orbit and revolving around a common center of gravity. The civilization on the larger planet is aware of the smaller one, but early in their history they don’t understand what it is. The smaller planet has a very dark surface, but still reflects an incredible amount of light because it is so close. They can see darker and lighter patches on it, and at first they think it is a god. Later, they think it is a special light placed in the sky by their god.
As they develop some technological sophistication, they begin to understand the nature of planets, and begin to use telescopes to learn more about their orbital companion. They see that it is a world much like their own with what appear to be mountains, deserts and seas, but their telescopes are primitive and they cannot make out more details, and they have no way of traveling there.
Their scientists debate for years about whether the other planet harbors life like their own. Some claim to see winged people living in canyons, while others claim that the planet is lifeless. Finally, they manage to build a rocket powerful enough to carry them to the other planet, a journey which takes days to complete. The trip proves conclusively that the other planet is indeed lifeless and barren. What appeared to be seas, in fact, where nothing but dry ancient lava beds. Still, the people rejoice for they have conquered the challenge and become and spacefaring species. The universe awaits.
Oh, wait, that’s not fiction. That’s Earth’s history. The other planet is our moon, which is big enough to be considered a planet in its own right. (It is big enough that if the Earth wasn’t there, the moon would still be able to dominate that orbit on its own, thus meeting the modern IAU definition of “planet.”) And in fact Earth and its moon are close enough in size that many consider them to be a double-planet.
So the next time you look out your window at night, don’t just casually note the light of the moon. Marvel at the fact that there’s a whole freaking planet hanging right there in the sky. (Tonight's a good night to look: there's a full planet!)
It’s close enough that when we build permanent settlements there, we’ll be able to see the lights, just like they’ll see ours. It’ll be pretty hard not to think of it as another planet at that point.