70 years ago, the founders had a dream – and that dream endures in the scientists and Nobel Laureates of the future.
One sense is shared by all living organisms: Touch. David Julius and Ardem Patapoutian share the Nobel Prize in Medicine/Physiology 2021 for their discoveries of receptors for touch and temperature.
Benjamin List and David MacMillan receive the 2021 Nobel Prize in Chemistry for the development of a powerful and sustainable method that has revolutionised the way to synthesise many important compounds.
The Nobel Prize in Physics 2021 will be awarded to three scientists who have been predicting climate change for a long time.
The use of open source hardware, the publication of data on physical objects, is expanding. Lindau Alumnus Lukas Winter is very involved in this issue.
Three ideas from Physics to produce energy in a climate-friendly way.
What are the most promising strategies to stop climate change?
Arthur Ashkin was 96 years old when he received the Nobel Prize for his discoveries in the field of laser. He died one year ago. Time to reflect his life and work.
2018 Lindau Alumna Martine Abboud has founded a start-up that equips entrepreneurs with business skills.
Crowdfight connects researchers worldwide for support to answer scientific questions.
When auctions are well-designed, they benefit everyone, including the bidders and the auctioneers. Maybe a way to distribute vaccines worldwide?
The topics of the Lindau Online Sciathon 2021 are based on the panel discussions of #LINO70.
2022 young economist Oluwabunmi Adejumo decided to work on different perspectives on the economies of sub-Saharan Africa.
Within a short period of time several vaccines against COVID-19 have been developed. Based on research that was awarded with the Nobel Prize.
The 70th Lindau Nobel Laureate Meeting ended with the panel discussion “Why Trust Science?”
The human brain is a enormously complex organ. Some of its functions were discussed during #LINO70 in two sessions.
One of the earliest genetic tools developed on the path to gene editing was recombinant gene technology. In his lecture “Gene Technology” at the 1975 Lindau Meeting, Severo Ochoa talks about scientific breakthroughs in the recombinant gene technology of the early-to-mid-1970s.
This teaching unit (materials available in both German and English) on vaccinations outlines the immune defense of the human body – its active or passive immunisation systems – and their respective history of origin.
Henry A. Kissinger in discussion with Physics Nobel Laureates Reinhard Genzel, David J. Gross, William D. Phillips, Brian P. Schmidt and Erik Schmidt (Excecutive Chairman Google, 2011-2015) on quantum physics and how this field will transform the future; Moderator: Rainer Blatt.
Starting with newest gene editing technique, Emmanuelle Charpentier’s and Jennifer Doudna’s CRISPR-Cas9 method, the topic cluster analyses other applications of gene targeting, such as Zinc-finger nucleases (ZFNs), as well as recombinant gene technologies – one of the earliest genetic tools developed on the path to gene editing.
In his lecture “Enzymes of Extreme Thermophilic Bacteria”, held 1989 in Lindau, Christian B. Anfinsen analyses the enzymes from extreme thermophiles as well as their commercial applicability, such as the first recombinant protein to be used commercially, namely insulin.
The Mini Lectures introduces the Lindau Guidelines that support an universal ethical code for science and research.
