1890day.year
At Auburn Prison in New York, murderer William Kemmler becomes the first person to be executed by electric chair.
In 1890, William Kemmler becomes the first person executed by electric chair at Auburn Prison, ushering in new capital punishment methods.
On August 6, 1890, William Kemmler became the first person executed by electric chair at Auburn Prison in New York. The execution followed the recent development of the electric chair by medical and engineering experts seeking more humane methods than hanging. Kemmler's death was met with controversy as witnesses reported irregular jolts and prolonged suffering. Opponents questioned the ethics and reliability of electricity for capital punishment, spurring public debate. Despite its problems, the electric chair soon replaced hanging across many U.S. states. This landmark event marked a significant intersection of criminal justice and technological innovation in American history.
1890
Auburn Prison
William Kemmler
executed
electric chair
1926day.year
First public screening using the Vitaphone process
In 1926, the Vitaphone sound-on-disc system debuted in public, heralding the era of talking films.
By 1926, the film industry sought methods to add sound to silent pictures.
The Vitaphone system, created by Western Electric and Bell Laboratories, used large phonograph discs to record audio tracks alongside motion pictures.
On August 6, 1926, audiences in New York City witnessed the first public screening using Vitaphone technology, pairing recorded music and sound effects with live images.
Although spoken dialogue would not appear until the following year, this demonstration proved that synchronized sound could transform the cinematic experience.
Studios swiftly embraced emerging sound processes, leading to the rapid decline of silent films.
Vitaphone's innovation bridged silent cinema and the age of talkies, shaping the future of global entertainment.
1926
Vitaphone
1991day.year
Tim Berners-Lee releases files describing his idea for the World Wide Web. WWW makes its first appearance as a publicly available service on the Internet.
Tim Berners-Lee publishes his proposal for the World Wide Web, making the internet’s first publicly available web service.
In early August 1991, British computer scientist Tim Berners-Lee released a set of files outlining the concept of the World Wide Web. Developed at CERN, the proposal introduced the structure of HTML, the HTTP protocol, and the first web browser. On August 6, the WWW became publicly accessible, allowing researchers worldwide to share information through hyperlinked documents. This innovation transformed the internet from a text-based data network into an interconnected system of multimedia pages. The accessibility and simplicity of the web sparked rapid adoption by academic and commercial communities. Within months, the first websites and servers were established, laying the foundation for the modern internet. Berners-Lee’s invention democratized information access and altered how society communicates, learns, and conducts business.
1991
Tim Berners-Lee
World Wide Web
Internet
1996day.year
NASA announces that the ALH 84001 meteorite, thought to originate from Mars, contains evidence of primitive life-forms.
NASA announces possible evidence of primitive life forms in the Martian meteorite ALH 84001.
In August 1996, NASA held a press conference to reveal groundbreaking findings about the meteorite ALH 84001. Discovered in Antarctica, the rock was identified as originating from Mars, offering a rare extraterrestrial sample. Researchers reported evidence of carbonate globules and microscopic structures that resembled fossilized bacteria. These findings sparked intense debate over whether the features were biological or formed by inorganic processes. The announcement captured global attention and reignited discussions about life beyond Earth. Subsequent studies have both supported and challenged the biological interpretation of the data. Regardless of the ongoing controversy, the event marked a pivotal moment in astrobiology. It highlighted the potential for meteorite studies to inform our understanding of life’s existence in the solar system and beyond.
1996
NASA
ALH 84001
Mars
2012day.year
NASA's Curiosity rover lands on the surface of Mars.
In 2012, NASA's Curiosity rover successfully landed on Mars, initiating a groundbreaking mission to study the planet's habitability.
On August 6, 2012, NASA's Mars Science Laboratory mission achieved a historic milestone when the Curiosity rover landed safely in Gale Crater. The landing employed a novel sky crane maneuver that lowered the 1-ton rover directly onto the Martian surface. Curiosity carries an array of scientific instruments designed to analyze soil and rock samples for signs of past habitability, including organic molecules. Its mission goals include assessing Mars' climate and geology and investigating whether the planet ever offered environmental conditions favorable for microbial life. Since landing, Curiosity has provided stunning photographs, detailed chemical analyses, and evidence of ancient streambeds. The success of Curiosity has paved the way for future robotic and potential human missions to Mars.
2012
NASA
Curiosity rover
lands
Mars