'There's no shoving that genie back in the bottle': Readers believe it's too late to stop the progression of AI

Live ScienceThursday, September 18, 2025 at 9:00:00 AM
NeutralScience
'There's no shoving that genie back in the bottle': Readers believe it's too late to stop the progression of AI
A recent Live Science poll revealed that over 1,700 readers participated, with 30% expressing the belief that it's too late to stop the advancement of artificial intelligence (AI). This sentiment highlights a growing acceptance of AI's role in society and raises important questions about the implications of its continued development. As AI technology evolves, understanding public perception becomes crucial for shaping future policies and ethical guidelines.
— Curated by the World Pulse Now AI Editorial System

Was this article worth reading? Share it

Recommended Readings
What does the Google antitrust ruling mean for the future of AI?
NegativeScience
A recent ruling by a federal judge in the Justice Department's antitrust case against Google has raised concerns about the tech giant's potential to dominate the artificial intelligence sector. Critics argue that this decision could pave the way for Google to extend its monopoly beyond search engines, impacting innovation and competition in AI. This ruling is significant as it highlights the ongoing struggle between regulatory bodies and major tech companies, and its implications could shape the future landscape of technology.
Latest from Science
RFK Jr.’s Vaccine Committee to Vote on Hepatitis B and Covid Shots
NeutralScience
RFK Jr.'s Vaccine Committee recently voted against a combination shot for measles, mumps, rubella, and chickenpox, maintaining the current guidelines for administering these vaccines separately. This decision highlights ongoing debates in the vaccination community regarding the best approaches to immunization, particularly as new vaccines like those for hepatitis B and COVID-19 are considered. The outcome of this vote could influence public perception and policy on vaccine administration.
Early humans reached Europe via an Ice Age land bridge from Turkey
PositiveScience
Recent research reveals that early humans migrated to Europe through a land bridge from Turkey during the Ice Age. This discovery is significant as it provides crucial insights into human history and migration patterns, shedding light on how our ancestors adapted to changing climates and environments.
CDC committee votes to change measles vaccine guidance for young children
NegativeScience
The CDC's Advisory Committee on Immunization Practices has voted to recommend against the use of the MMRV vaccine for children under four years old. This decision could limit options for parents seeking to protect their kids from measles, mumps, rubella, and chickenpox. It's significant because it may impact vaccination rates and public health efforts aimed at preventing outbreaks of these diseases.
Teflon diet, garlic milk and zebra cows triumph at 2025 Ig Nobel prizes
PositiveScience
The recent Ig Nobel prizes have highlighted some truly innovative and unconventional research, including a study that suggests blending Teflon into food as a zero-calorie filler to help combat obesity. This creative approach could revolutionize how we think about calorie intake and hunger management, making it a significant development in public health. With obesity being a major global issue, such groundbreaking ideas are essential for finding effective solutions.
Where are all the 'hot Neptune' exoplanets? Orbital chaos may have booted them out
NeutralScience
A recent discovery has shed light on the mysterious absence of 'hot Neptune' exoplanets in certain regions of space, known as the hot-Neptunian desert. Researchers have found evidence of orbital chaos in a nearby planetary system, suggesting that these planets may have been ejected from their orbits. This finding is significant as it helps astronomers understand the dynamics of planetary systems and the factors that influence planet formation and stability.
First-ever black hole to be directly imaged has changed 'dramatically' in just 4 years, new study finds
NeutralScience
A new study reveals that the polarization pattern around M87*, the first black hole ever directly imaged by the Event Horizon Telescope, has changed direction in just four years. This unexpected shift has left scientists puzzled, as they seek to understand the underlying reasons for this dramatic transformation. The findings are significant as they could provide deeper insights into the behavior of black holes and the fundamental physics governing them.