Summary
This activity directs you to write cut-up poems using only copied and pasted phrases from a random Wikipedia article. It is designed to test whether or not you can feel artistically engaged when creating derivative works.
Instructions
1. Go to Wikipedia (https://en.wikipedia.org/wiki/Main_Page)
2. Click the menu icon (three vertical lines, located on the upper left side of the page), then click the “Random Article” link. Repeat until you find an article with lots of text.
3. Create a cut-up poem by copying interesting lines from one article and pasting them into a document. Limit yourself to copying phrases of about 2–5 words rather than entire sentences (see the example below).
Example WikiPoem
The following poem was written using only text within the Wikipedia entry for Tom Thumb (Locomotive) as it appeared on 29 Aug. 2025, which was selected using the Random Article feature. As a constraint, I only copied three words in a row from any string of words, as seen in the next section, where I’ve bolded used phrases. You can decide how strictly to follow the rules. For example, I permitted changing tense (i.e., stopped to stop).
The Iron Horse
pull away from
the powered axle
modified to ride
from rifle barrels.
the powered axle
modified to ride
from rifle barrels.
the horse won
his own right—
Tom Thumb suffered
and held trials.
his own right—
Tom Thumb suffered
and held trials.
stop using horses.
WIKIPEDIA ENTRY FOR TOM THUMB (LOCOMOTIVE)
Tom Thumb was the first American-built steam locomotive to operate on a common-carrier railroad. It was designed and constructed by Peter Cooper in 1829 to convince owners of the newly formed Baltimore and Ohio Railroad (B&O) (now CSX) to use steam engines; it was not intended to enter revenue service. It is especially remembered as a participant in a race with a horse-drawn car, which the horse won after Tom Thumb suffered a mechanical failure. (See Relay, Maryland.) However, the demonstration was successful, and the railroad committed to the use of steam locomotion and held trials in the following year for a working engine.
BACKGROUND
The first railroads were little more than tracks on roads; horses pulled wagons and carriages with their wheels modified to ride on the rails. Trains could not be moved by steam power until the steam engine could be mounted on wheels. The first steam locomotives were built in England, and the first locomotives in America were imported from England. Soon, however, Americans began to plan their own locomotives.
DESIGN AND CONSTRUCTION
Tom Thumb was designed by Peter Cooper as a four-wheel locomotive with a vertical boiler and vertically mounted cylinders that drove the wheels on one of the axles. The "design" was characterized by a host of improvisations. The boiler tubes were made from rifle barrels and a blower was mounted in the stack, driven by a belt to the powered axle. The engine was fueled by anthracite coal.
Cooper's interest in the railroad was by way of substantial real estate investment in what is now the Canton neighborhood of Baltimore. Success for the railroad was expected to increase the value of his holdings.
Construction was carried out in the machine shop of George W. Johnson, where the 18- year-old James Millholland was apprenticed. Millholland would later become a prominent locomotive designer in his own right.
DEMONSTRATION
Testing was performed on the first section, built in 1829, of the company's future main track line to Wheeling, Virginia (now West Virginia). The first section linked Baltimore and Ellicott Mills (now Ellicott City, Maryland), along the upper branch of the Patapsco River Valley. Cars were pulled by horses. Two tracks had been constructed, which led the owners of Stockton and Company, a local stagecoach line providing passenger and freight service, to challenge the new locomotive to a race over the 8 miles (13 km) between the Relay House and Baltimore. It is probable that the race took place on August 28, 1830, although other sources report dates of August 25 and September 28.
The challenge accepted, Tom Thumb was easily able to pull away from the horse until the belt slipped off the blower pulley. Without the blower, the boiler did not draw adequately and the locomotive lost power, allowing the horse to pass and win the race. Nonetheless, it was recognized that the locomotive offered superior performance. The B&O stopped using horses in 1831. [...]