Nobel Prize in Physics 2020: Gravity’s Cosmic Crowning Glory – Black Holes
This year’s Nobel Prize in Physics are honouring some of the key pioneers in regard of the research concerning black holes.
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Nobel Prize in Physics 2019: Hints to Some of Our Deepest Cosmological Questions
This year’s Nobel Prize in Physics recognises three researchers who expanded humanity’s horizons on the grandest of scales, contributing to our understanding of the evolution of the universe and our place within it.
#LINO19 Daily Recap – Friday, 5 July 2019
After a week filled with impassionate lectures, insightful discussions and personal as well as scientific exchange, we have come to the end of our 69th Lindau Nobel Laureate Meeting – before we say goodbye, let's recap the highlights from today.
#LINO19 Daily Recap – Thursday, 4 July 2019
Thursday was the last full day of the #LINO19 scientific programme, including the last Poster Session, the official opening of our Lindau Nobel Laureate Pier and, last but not least, the Bavarian Evening. Let’s take a look at what happened yesterday!
#LINO19 Daily Recap – Wednesday, 3 July 2019
With Wednesday ending, we are striding towards the last two days of the 69th Lindau Nobel Laureate Meeting. Let’s take a look at some of yesterday’s highlights!
#LINO19 Daily Recap – Tuesday, 2 July 2019
We are already four days into #LINO19 and there are so many great pictures, exceptional lectures and thought-provoking blog contributions. Have a look at our Daily Recap!
The Original Dark Side: Why a Not-So-Constant Constant Could Illuminate Dark Matter and Dark Energy
Nobel Laureate Adam Riess and fellow astrophysicists tackled some of the biggest questions in cosmology on day three of #LINO19.
Women in Research at #LINO19: Dominika Wylezalek from Germany
#LINO19 young scientist Dominika Wylezalek interviewed by Ulrike Böhm about her career path, her passion for science, her struggles and successes.
Amazing Gravitational Wave Astronomy
Gravitational waves reveal an astounding number of black hole mergers – and help scientists to solve astronomical mysteries.Gravitational waves reveal an astounding number of black hole mergers – and help scientists to solve astronomical mysteries.
How Positrons Can Help Explain the Universe
The Alpha Magnetic Spectrometer on the ISS detects many excess positrons that could be the result of collision between dark matter particles.The Alpha Magnetic Spectrometer on the ISS detects many excess positrons that could be the result of collision between dark matter particles.
Tamás Vámi interviews Scientific Chairman Lars Bergström
Dark Matter, Dark Energy and the upcoming Lindau Meeting are among the topics discussed in this young scientist vs. scientific chairman interviewDark Matter, Dark Energy and the upcoming Lindau Meeting are among the topics discussed in this young scientist vs. scientific chairman interview
What Happened With Cosmic Inflation?
Researchers thought they had found traces of gravitational waves from the earliest moments of the Universe. But they probably saw only dust.Researchers thought they had found traces of gravitational waves from the earliest moments of the Universe. But they probably saw only dust.