Skip to main content

Slashdot: Twitter's Algorithm Favors the Political Right, Study Finds

Twitter's Algorithm Favors the Political Right, Study Finds
Published on February 01, 2022 at 04:50AM
An anonymous reader quotes a report from The Conversation: Twitter has on various occasions been accused of political bias, with politicians or commentators alleging Twitter's algorithm amplifies their opponents' voices, or silences their own. In this climate, Twitter commissioned a study to understand whether their algorithm may be biased towards a certain political ideology. While Twitter publicized the findings of the research in 2021, the study has now been published in the peer-reviewed journal PNAS. The study looked at a sample of 4% of all Twitter users who had been exposed to the algorithm (46,470,596 unique users). It also included a control group of 11,617,373 users who had never received any automatically recommended tweets in their feeds. This wasn't a manual study, whereby, say, the researchers recruited volunteers and asked them questions about their experiences. It wouldn't have been possible to study such a large number of users that way. Instead, a computer model allowed the researchers to generate their findings. [...] The researchers found that in six out of the seven countries (Germany was the exception), the algorithm significantly favored the amplification of tweets from politically right-leaning sources. Overall, the amplification trend wasn't significant among individual politicians from specific parties, but was when they were taken together as a group. The starkest contrasts were seen in Canada (the Liberals' tweets were amplified 43%, versus those of the Conservatives at 167%) and the UK (Labour's tweets were amplified 112%, while the Conservatives' were amplified at 176%). In acknowledgement of the fact that tweets from elected officials represent only a small portion of political content on Twitter, the researchers also looked at whether the algorithm disproportionately amplifies news content from any particular point on the ideological spectrum. To this end, they measured the algorithmic amplification of 6.2 million political news articles shared in the US. To determine the political leaning of the news source, they used two independently curated media bias-rating datasets. Similar to the results in the first part of the study, the authors found that content from right-wing media outlets is amplified more than that from outlets at other points on the ideological spectrum. This part of the study also found far-left-leaning and far-right-leaning outlets were not significantly amplified compared with politically moderate outlets. The authors of the study point out that the algorithms "might be influenced by the way different political groups operate," notes The Conversation. "So for example, some political groups might be deploying better tactics and strategies to amplify their content on Twitter."

Read more of this story at Slashdot.

Comments

Popular posts from this blog

Slashdot: US Plans $825 Million Investment For New York Semiconductor R&D Facility

US Plans $825 Million Investment For New York Semiconductor R&D Facility Published on November 02, 2024 at 03:00AM The Biden administration is investing $825 million in a new semiconductor research and development facility in Albany, New York. Reuters reports: The New York facility will be expected to drive innovation in EUV technology, a complex process necessary to make semiconductors, the U.S. Department of Commerce and Natcast, operator of the National Semiconductor Technology Center (NTSC) said. The launch of the facility "represents a key milestone in ensuring the United States remains a global leader in innovation and semiconductor research and development," Commerce Secretary Gina Raimondo said. From the U.S. Department of Commerce press release: EUV Lithography is essential for manufacturing smaller, faster, and more efficient microchips. As the semiconductor industry pushes the limits of Moore's Law, EUV lithography has emerged as a critical technology to ...

Slashdot: AT&T, T-Mobile Prep First RedCap 5G IoT Devices

AT&T, T-Mobile Prep First RedCap 5G IoT Devices Published on October 15, 2024 at 03:20AM The first 5G Internet of Things (IoT) devices are launching soon. According to Fierce Wireless, T-Mobile plans to launch its first RedCap devices by the end of the year, while AT&T's devices are expected sometime in 2025. From the report: All of this should pave the way for higher performance 5G gadgets to make an impact in the world of IoT. RedCap, which stands for reduced capabilities, was introduced as part of the 3GPP's Release 17 5G standard, which was completed -- or frozen in 3GPP terms -- in mid-2022. The specification, which is also called NR-Light, is the first 5G-specific spec for IoT. RedCap promises to offer data transfer speeds of between 30 Mbps to 80 Mbps. The RedCap spec greatly reduces the bandwidth needed for 5G, allowing the signal to run in a 20 MHz channel rather than the 100 MHz channel required for full scale 5G communications. Read more of this story at...

Slashdot: Texas A&M University Tops Nation in Engineering Research Expenditures

Texas A&M University Tops Nation in Engineering Research Expenditures Published on June 19, 2024 at 12:50AM An anonymous reader shares a report: Texas A&M University held the largest engineering research portfolio of any academic institution in the country last year, nearing half a billion dollars and surpassing Massachusetts Institute of Technology for the top spot, according to U.S. News & World Report. The state flagship's College of Engineering recorded $444.7 million in research expenditures in the 2023 fiscal year, university officials said. A mix of federal, state and private grants funds those efforts, so more expenditures means more partnerships and a larger engineering footprint than ever, Texas A&M University System Chancellor John Sharp said. "An awful lot of people in Washington, a lot of people in Austin, a lot of people in the private sector now rely on Texas A&M to do their engineering research," Sharp said. "Of all the places in...