Stephanie Pappas

Stephanie Pappas is a versatile science journalist with a background in psychology. She holds a bachelor's degree from the University of South Carolina and a graduate certificate in science communication from the University of California, Santa Cruz. Stephanie has previously worked as a senior writer for Live Science and now freelances, contributing to various publications including Scientific American and The Monitor.

82%

The Daily's Verdict

This author has a mixed reputation for journalistic standards. It is advisable to fact-check, scrutinize for bias, and check for conflicts of interest before relying on the author's reporting.

Bias

95%

Examples:

  • Stephanie Pappas is a contributing writer for Live Science, covering various topics including geoscience, archaeology, human brain and behavior.

Conflicts of Interest

75%

Examples:

  • Stephanie Pappas has previously worked for Live Science and now regularly contributes to Scientific American and The Monitor. However, there is no evidence of any significant conflicts of interest in her reporting.

Contradictions

88%

Examples:

  • In the article 'Collapse of the West Antarctic Ice Sheet Is “Unavoidable,” Study Finds', there is a contradiction between the title and the content of the article as no study was mentioned in the text that directly supports or confirms such a claim.

Deceptions

75%

Examples:

  • In the article 'James Webb telescope spots organic molecules swirling around unborn stars', the title suggests that complex organic molecules have been directly observed and their presence confirmed. However, what was actually observed was the detection of complex organic compounds in icy materials surrounding two protostars using NASA's James Webb Space Telescope.

Recent Articles

New Discoveries in Exoplanet Research: Looking for Archean-like Biosignatures and Purple Glows

New Discoveries in Exoplanet Research: Looking for Archean-like Biosignatures and Purple Glows

Broke On: Thursday, 18 April 2024 An international team discovered methane, carbon dioxide, and water vapor in TRAPPIST-1e's atmosphere as potential biosignatures for early life forms. Cornell University researchers propose purple-hued exoplanets could harbor extreme alien life based on the presence of purple bacteria. NASA uses advanced technology to discover and characterize exoplanets, focusing on their habitable zones for potential liquid water and signs of life.
Solar Eclipse on April 8th: A Guide to Viewing and Photographing the Event Safely

Solar Eclipse on April 8th: A Guide to Viewing and Photographing the Event Safely

Broke On: Wednesday, 03 April 2024 A solar eclipse will occur on April 8th, crossing much of the US and offering a rare opportunity to witness totality in some locations. However, only those within the path of totality can safely view the sun without protection. People outside this area should still wear eclipse glasses or other devices to observe a partial eclipse.
Discovery of Habitable Molecules in Icy Compounds Around Young Protostars Suggests Potential for Complex Organic Molecule Formation on Cold Dust Grains

Discovery of Habitable Molecules in Icy Compounds Around Young Protostars Suggests Potential for Complex Organic Molecule Formation on Cold Dust Grains

Broke On: Saturday, 16 March 2024 The James Webb Space Telescope has discovered that ethanol, vinegar and ant sting ingredients are present in icy compounds around two young protostars. These molecules are key ingredients for making potentially habitable worlds. The detection of COMs (complex organic molecules) in solid-phase suggests that solid-phase chemical reactions on the surfaces of cold dust grains can build complex kinds of molecules, which may have been in first stages of development and later delivered to primitive Earth.

Inevitable Collapse of West Antarctic Ice Sheet Predicted by Studies

Broke On: Monday, 23 October 2023 The West Antarctic Ice Sheet is likely to collapse, even if global warming is halted. The collapse could lead to a significant rise in global sea levels, potentially affecting millions of people worldwide. The timing and extent of the collapse remain uncertain, and further research is needed.