News

and understanding the dynamics of the Zanclean megaflood — even though it was much larger than anything we have seen from glaciers so far — can help us model what future flooding will look ...
For thousands of years we assumed the earth was the center of the universe. When Galileo advanced the proposition that the ...
For thousands of years, we assumed the Earth was the center of the universe. When Galileo advanced the proposition that the ...
Data does not support claims that the United States is experiencing a surge in crime caused by immigrants. In the past few months, politicians and certain media outlets have latched on to a narrative ...
The Stanford University campus has more than 80 pieces of outdoor public art. Here are some of the latest additions to its ...
We examine the causal effect of health insurance on mortality using the universe of low-income adults, a dataset of 37 million individuals identified by linking the 2010 Census to administrative tax ...
The company opened its Epic Universe theme park in Orlando Thursday, after hosting a star-studded party Wednesday evening. By Alex Weprin Senior Editor NBCUniversal lit up the skies above Orlando ...
Dr. Jayant Narlikar, one of India’s most distinguished astrophysicists who combined profound theoretical insight into cosmology with a lifelong commitment to science communication, passed away ...
© 2025 NBCUniversal Media, LLCApple®, Apple logo® and App Store® are registered trademarks of Apple Inc.
A new study predicts Earth will lose its oxygen in a billion years. Toho University researchers used NASA models for this finding. The sun's aging will cause water evaporation and temperature rise.
New research has linked sea level rise and an increase in flooding in the U.S. Northeast over the past 20 years to the breakdown of the Atlantic Meridional Overturning Circulation (AMOC).
The eruption unleashed a burst of X-rays and extreme ultraviolet radiation that hurtled toward Earth at the speed of light, rapidly ionising the upper atmosphere. This sudden change disrupted high ...