Klaus von Klitzing

Explore the significant milestones in the life and career of Klaus von Klitzing, the renowned German physicist. From his groundbreaking discovery of the quantum Hall effect to his Nobel Prize in Physics, follow the key events and achievements that shaped his contributions to the field of condensed matter physics.

Born: June 28, 1943
Physicist
Technical University of Munich

28 juni 1943

5 februari 1980

9 oktober 1985

18 november 1998

1 juni 2004

10 april 2012

1 oktober 2016

1 augustus 2019

14 mei 2021

15 maart 2023

28juni
1943
28 June 1943

Birth of Klaus von Klitzing

Klaus von Klitzing was born on June 28, 1943, in Schroda, Wartheland, in Nazi-occupied Poland. He grew up in West Germany after his family fled from Eastern Europe during the post-war period. This period of his early life influenced his pursuit of science and education in the challenging post-war environment.

05februari
1980
05 February 1980

Discovery of the Quantum Hall Effect

On February 5, 1980, Klaus von Klitzing discovered the Quantum Hall Effect during an experiment at the Grenoble High Magnetic Field Laboratory in France. This discovery provided a new fundamental standard of electrical resistance, known as the von Klitzing constant, which is used for high precision measurements in physics.

09oktober
1985
09 October 1985

Awarded the Nobel Prize in Physics

Klaus von Klitzing was awarded the Nobel Prize in Physics on October 9, 1985, for his discovery of the Quantum Hall Effect. The award highlighted the significance of his work in the field of condensed matter physics and its implications for metrology. It also recognized the potential foundation it set for future research.

18november
1998
18 November 1998

Research on Graphene Begins

Starting around November 18, 1998, Klaus von Klitzing's research began shifting towards the potential uses of graphene, a single-layer form of graphite. His insights helped pave the way for understanding graphene's electronic properties, contributing to the rapid growth of research and development in material science.

01juni
2004
01 June 2004

Awards and Recognition in Germany

On June 1, 2004, Klaus von Klitzing was recognized with several prestigious awards in Germany, reflecting his esteemed position in the scientific community. Awards like the Max Planck Medal and other institutional recognitions highlighted his career-long contributions and dedication to physics research.

10april
2012
10 April 2012

Foundation of the Klaus von Klitzing Award

The Klaus von Klitzing Award was established on April 10, 2012, aiming to honor outstanding achievements in science by high school students. Reflecting von Klitzing's commitment to education, the award encourages young talents to cultivate interests in scientific disciplines.

01oktober
2016
01 October 2016

Tribute by PTB

In October 2016, the Physikalisch-Technische Bundesanstalt (PTB) paid tribute to Klaus von Klitzing for his extensive contributions to metrology, particularly in defining the standard of electrical resistance. This event underscored his impact on scientific standards and precision measurements.

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01augustus
2019
01 August 2019

Lecture on the Impact of Quantum Hall Effect

On August 1, 2019, Klaus von Klitzing delivered a lecture at a prominent physics symposium discussing the future implications of the Quantum Hall Effect. His talk highlighted the ongoing relevance of his discovery as it relates to modern quantum technologies and continued innovations in the field.

14mei
2021
14 May 2021

80th Birthday Celebrations

As Klaus von Klitzing approached his 80th birthday on May 14, 2021, the scientific community celebrated his lifelong contributions to physics, particularly his work on the Quantum Hall Effect. Tributes and discussions on his influence in science were held internationally, reflecting his enduring legacy.

15maart
2023
15 March 2023

Interview on Future Physics Trends

On March 15, 2023, Klaus von Klitzing gave a comprehensive interview discussing trends in future physics research, including the role of condensed matter physics and nanotechnology. His insights provided guidance and inspiration to the physics community on potential innovative research directions.

Frequently asked questions about Klaus von Klitzing

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