#physics
Antarctic ice reveals first physical evidence of supernova stardust
Cosmic Origins Written in Ice Scientists have identified direct physical traces of stardust preserved in Antarctic ice, offering rare confirmation that material forged in supernova explosions has reached Earth in measurable quantities. The discovery provides new insight into how elements created in distant stellar deaths are distributed across interstellar space and eventually incorporated into planetary environments. Supernova Dust and th
Antarctic ice reveals first physical evidence of supernova stardust
Cosmic Origins Written in Ice Scientists have identified direct physical traces of stardust preserved in Antarctic ice, offering rare confirmation that material forged in supernova explosions has reached Earth in measurable quantities. The discovery provides new insight into how elements created in distant stellar deaths are distributed across interstellar space and eventually incorporated into planetary environments. Supernova Dust and th
Moon mass loss and breakup: Earth impact explained
If a moon mass change effect happens, Earth will not be destroyed, but many natural systems will slowly change. In a moon mass change effect, the biggest impact would be on ocean tides, night brightness, and long-term climate stability. The Moon controls tides by its gravity, so if it becomes smaller or loses mass, ocean tides will become weaker. This means the sea will not rise and fall as strongly as it does today. Coastal areas, fishing activity, and marin
Moon mass loss and breakup: Earth impact explained
If a moon mass change effect happens, Earth will not be destroyed, but many natural systems will slowly change. In a moon mass change effect, the biggest impact would be on ocean tides, night brightness, and long-term climate stability. The Moon controls tides by its gravity, so if it becomes smaller or loses mass, ocean tides will become weaker. This means the sea will not rise and fall as strongly as it does today. Coastal areas, fishing activity, and marin
Nobel Prize 2025 Ceremony Today: Why It Is Always Held On December 10 Explained
The world’s attention turns once again to Stockholm and Oslo as the Nobel Prize 2025 ceremony takes place today, December 10. This day holds special significance, marking the death anniversary of Alfred Nobel, the Swedish inventor of dynamite who dedicated most of his wealth to honouring those who make the greatest contribution to humankind. The tradition of presenting the awards on this date has continued since the very first ceremony in 1901. Nobel passed away in 1896, and in his will he
Nobel Prize 2025 Ceremony Today: Why It Is Always Held On December 10 Explained
The world’s attention turns once again to Stockholm and Oslo as the Nobel Prize 2025 ceremony takes place today, December 10. This day holds special significance, marking the death anniversary of Alfred Nobel, the Swedish inventor of dynamite who dedicated most of his wealth to honouring those who make the greatest contribution to humankind. The tradition of presenting the awards on this date has continued since the very first ceremony in 1901. Nobel passed away in 1896, and in his will he
UC Berkeley professor wins Nobel Prize for groundbreaking quantum research
A UC Berkeley physicist has joined the ranks of Nobel laureates after being recognized for groundbreaking work that expanded the frontiers of quantum mechanics. John Clarke, an emeritus professor of physics at the University of California, Berkeley, has been awarded the Nobel Prize in Physics for his pioneering experiments that reshaped the scientific understanding of how particles behave on a macroscopic level. Clarke shares the honor with Michel H. Devoret and John M. Martinis of the Univer
UC Berkeley professor wins Nobel Prize for groundbreaking quantum research
A UC Berkeley physicist has joined the ranks of Nobel laureates after being recognized for groundbreaking work that expanded the frontiers of quantum mechanics. John Clarke, an emeritus professor of physics at the University of California, Berkeley, has been awarded the Nobel Prize in Physics for his pioneering experiments that reshaped the scientific understanding of how particles behave on a macroscopic level. Clarke shares the honor with Michel H. Devoret and John M. Martinis of the Univer









