Editing 2661: Age Milestone Privileges
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| 40 || Rent a flying car || Sort-of || Randall has previously stated that a [[2016 Conversation Guide|helicopter is a flying car]]. People are able to rent private helicopters relatively easily (albeit rather expensive). On the helicopter rental website there is no mention of age. So Randall actally over estimated this one. | | 40 || Rent a flying car || Sort-of || Randall has previously stated that a [[2016 Conversation Guide|helicopter is a flying car]]. People are able to rent private helicopters relatively easily (albeit rather expensive). On the helicopter rental website there is no mention of age. So Randall actally over estimated this one. | ||
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| − | | 45 || Learn about the God-Empress || No || Obviously, the restriction of knowledge of the "God-Empress" does not actually exist because this comic is visible to people under 45 years old.{{Citation needed}} According to [[1413 | + | | 45 || Learn about the God-Empress || No || Obviously, the restriction of knowledge of the "God-Empress" does not actually exist because this comic is visible to people under 45 years old.{{Citation needed}} According to [[1413]], she will be public knowledge by 2040 anyway. |
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| 50 || Join AARP || Yes || Full {{w|AARP}} (formerly called the American Association of Retired Persons) membership is available to anyone age 50 and over. Officially, there are no age restrictions to membership, but members under the age of 50 do not have access to full benefits. | | 50 || Join AARP || Yes || Full {{w|AARP}} (formerly called the American Association of Retired Persons) membership is available to anyone age 50 and over. Officially, there are no age restrictions to membership, but members under the age of 50 do not have access to full benefits. | ||
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| 120 || Collect the pensions of all elected officials || No || It is very unlikely that any government would award the pensions of all elected officials to anyone because they have reached the age of 120 years.{{cn}} | | 120 || Collect the pensions of all elected officials || No || It is very unlikely that any government would award the pensions of all elected officials to anyone because they have reached the age of 120 years.{{cn}} | ||
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| 125 || Drink alcohol in an R-rated movie while getting a shingles vaccine from the president || No || This entry references four earlier milestones (attending an R-rated movie, drinking alcohol, becoming President, and getting the shingles vaccine) whose corresponding ages (17, 21, 35, and 50) sum to 123. While not exactly 125, this may have contributed to the inspiration or age selection of this milestone. | | 125 || Drink alcohol in an R-rated movie while getting a shingles vaccine from the president || No || This entry references four earlier milestones (attending an R-rated movie, drinking alcohol, becoming President, and getting the shingles vaccine) whose corresponding ages (17, 21, 35, and 50) sum to 123. While not exactly 125, this may have contributed to the inspiration or age selection of this milestone. | ||
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| − | | 128 || Age rolls over, become a baby again || No{{Citation needed}} || {{w|Integer overflow}} happens in computers when there are not enough bits (binary digits) to store the result of a calculation, and typically happens in computers at a given power of two, such as 128. An unsigned 7-bit number can hold the values 0 to 127 (127 being 2<sup>7</sup> - 1) and an attempt to go beyond 127 will overflow, also called rollover, back to zero. 7-bit numbers are not common native values in today's computers. For the more usual integers of one byte (8 bits), while a signed byte would roll over after 127, it would typically rollover to -128 rather than to zero, whereas an unsigned byte would rollover to zero but not until after 255. | + | | 128 || Age rolls over, become a baby again || No{{Citation needed}} || {{w|Integer overflow}} happens in computers when there are not enough bits (binary digits) to store the result of a calculation, and typically happens in computers at a given power of two, such as 128. An unsigned 7-bit number can hold the values 0 to 127 (127 being 2<sup>7</sup> - 1) and an attempt to go beyond 127 will overflow, also called rollover, back to zero. 7-bit numbers are not common native values in today's computers. For the more usual integers of one byte (8 bits), while a signed byte would roll over after 127, it would typically rollover to -128 rather than to zero, whereas an unsigned byte would rollover to zero but not until after 255. <!-- |
| − | <!--A signed 8-bit number uses the first bit to allow the value from the remaining seven to be negative, the value 128 would become either -128 or -0, depending upon implementation. In its most practical form, a signed 8-bit number can hold values from -128 to 127 and when calculating 127+1 (the binary value 01111111 changing to 10000000) the value is -128 due to the {{w|Two's Complement}} method of having the sign-bit represent the most negative value possible, which is generally a more utilitarian method than the 'simpler' method of using it to indicate the positivity/negativity of the value. Either way, though, this means you could have a weird experience of your next phase of life, as your age now is interpreted as successive negative values if the incrementing algorithm and the interpreting algorithm are not thinking about the raw bits in the same way, or at least flagging up the overflow as having happened. | + | |
| + | A signed 8-bit number uses the first bit to allow the value from the remaining seven to be negative, the value 128 would become either -128 or -0, depending upon implementation. In its most practical form, a signed 8-bit number can hold values from -128 to 127 and when calculating 127+1 (the binary value 01111111 changing to 10000000) the value is -128 due to the {{w|Two's Complement}} method of having the sign-bit represent the most negative value possible, which is generally a more utilitarian method than the 'simpler' method of using it to indicate the positivity/negativity of the value. Either way, though, this means you could have a weird experience of your next phase of life, as your age now is interpreted as successive negative values if the incrementing algorithm and the interpreting algorithm are not thinking about the raw bits in the same way, or at least flagging up the overflow as having happened. | ||
However, maybe the system uses just 7 bits (the 8th bit often used to be reserved for parity, or other flagging purposes, and otherwise stripped/ignored) if it has never before needed an eighth bit and this had once seemed like a sufficient form of data-packing with no expectation that this limit would be reached. Computers using such systems would have a Y2K-analogous bug once someone actually reached 128 years old, where anomalous processing might indicate the person to be a baby (or fail in other ways). But that would not have happened yet. --> | However, maybe the system uses just 7 bits (the 8th bit often used to be reserved for parity, or other flagging purposes, and otherwise stripped/ignored) if it has never before needed an eighth bit and this had once seemed like a sufficient form of data-packing with no expectation that this limit would be reached. Computers using such systems would have a Y2K-analogous bug once someone actually reached 128 years old, where anomalous processing might indicate the person to be a baby (or fail in other ways). But that would not have happened yet. --> | ||
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| + | The title text mentions {{w|Jeanne Calment}}, who holds the record for the oldest person ever (there are biblical references to older people, such as {{w|Methuselah}}, who supposedly lived to 969, but their ages haven't been verified). She reportedly was age 122 when she died in 1997. There's some controversy whether Calment actually claimed her mother's records, including birth certificate, as her own. "Editing wars" have been fought over her Wikipedia page. Randall claims that if you match her age you get sole editorial control over that article. However, if anyone managed to exceed her achieved age, presumably they would get their own page (albeit that they should not be encouraged to {{w|Wikipedia:Editing Your Own Page|edit it}} themselves) and hers would cease to be as interesting - although that might depend on what use is made of the unparalleled editorial control now granted. | ||
==Transcript== | ==Transcript== | ||
