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The world's biggest particle smasher could unravel the true meaning of quantum theory, says Michael Brooks https://www.physics.ox.ac.uk/our-people/barra https://www.physics.ox.ac.uk/our-people/barra , it started during the covid-19 lockdowns. 'I had a bit more [...]

The hunt for a final theory of physics appeared to have stalled. But new ideas emerging from a wild landscape of geometry are reinvigorating the hunt, says Michael Brooks WHAT [...]

Our model of the evolution of the universe is an amazing achievement. But astronomical anomalies point the way to a deeper theory, if not a complete one, cosmologist Jim Peebles [...]

Quantum computing is now confronting its biggest technical stumbling block. Opposite: Jay Gambetta heads development of IBM's quantum computers and led the initiative to put such systems in the cloud. [...]

We tend to think of space-time as the underlying structure of the universe. But whether it really is fundamental or emerges from something deeper is a question that keeps physicists [...]

YOU drop a cup and it smashes. I flick a light switch and the bulb glows. Effect follows cause – it is a hard-and-fast rule of https://www.newscientist.com/article/mg25533970-300-your-essential-guide-to-the-many-breathtaking-wonders-of-the-universe/. Except, perhaps, at [...]

This document provides a concise overview of various aspects related to space and the universe. It begins by discussing Edwin Hubble's discovery that the Andromeda nebula is a separate galaxy, which revolutionized our understanding of the universe's scale. It then explores the competing forces of gravity and dark energy that determine the universe's size and the ongoing study of space-time's shape to determine if the universe is finite or infinite. The text also mentions the impact of constants of nature on the existence of life and the ongoing search for extraterrestrial life. It further discusses how contemplating the vastness of space can provide perspective and comfort, as well as the limitations of our subjective experience in understanding the universe objectively. The document also explores different theories about the nature of the universe, including the possibility of a multiverse, cyclic universes, and mirror universes, and mentions ongoing research in these areas. It provides information about the Earth's physical location in the universe, including its position in the Milky Way, the Local Group, the Virgo supercluster, and the observable universe. Additionally, it highlights key facts such as the distance of Proxima Centauri, the nearest star, the number of confirmed exoplanet discoveries, the diameter of the observable universe, and the current knowledge of only one planet supporting life. [Extracted from the article]

This article covers a range of complex scientific and technological concepts. It begins by discussing the nature of thought and how it is understood in the brain. It then explores the concept of rogue planets, which are planets that do not orbit stars. The article also delves into the concept of causality, particularly in the quantum realm where it becomes uncertain. Biodiversity is another topic discussed, with a focus on the measurement and conservation efforts. The article also touches on quantum biology, artificial general intelligence, fractals, and neurodiversity. Each concept is presented objectively, providing an overview of the topic without taking a stance. [Extracted from the article]

This article from Nautilus explores the characteristics and experiences of Nobel Prize laureates in the field of science. It highlights the unconventional and rebellious nature of many laureates, who often had to challenge the status quo and push the boundaries of their fields to make significant contributions. The article provides examples of laureates who faced criticism and opposition from their peers but ultimately achieved recognition for their groundbreaking work. It emphasizes the importance of risk-taking and perseverance in scientific research. [Extracted from the article]