
The Origins Podcast with Lawrence Krauss
What's New in Science With Sabine and Lawrence
Apr 13, 2025
Sabine Hossenfelder, a theoretical physicist and author of 'Lost in Math', joins Lawrence Krauss to discuss groundbreaking science. They dive into the intriguing possibility that dark energy may be fluctuating over time and explore the impressive early findings from the Euclid space telescope. Quantum computing advancements are compared, spotlighting Amazon's new chip with error correction. The conversation also touches on harnessing the Earth's magnetic field for energy and mysterious structures beneath the Pyramids of Giza, blending skepticism with excitement for future discoveries.
56:44
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Quick takeaways
- Recent findings suggest that dark energy may be variable over time, challenging long-held cosmological assumptions about its consistency.
- Amazon's breakthrough in quantum computing through error-correcting chips signifies a practical advancement toward scalable quantum systems in real-world applications.
Deep dives
Dark Energy Variability Insights
Recent analyses from the Dark Energy Spectroscopic Instrument (DESI) suggest that dark energy may not be a constant phenomenon, potentially varying over time. Preliminary data, while not statistically robust, indicate that dark energy might have been stronger in the past than the current cosmological constant suggests. Researchers have noted patterns in the distribution of over 15 million galaxies, aiming to pinpoint fluctuations that could challenge this long-standing assumption. However, skepticism remains among physicists about whether these findings will hold up, given past instances where similar claims have turned out to be inconclusive.
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