Monschau & Gescher

一些宁静的小镇,比如:Woolsthorpe in Lincolnshire ( Woolsthorpe Manor in Woolsthorpe-by-Colsterworth, near Grantham, Lincolnshire, England ), Bärn (Swiss federal patent office in Bern & Kramgasse 49 , Bern),值得住一段时间。

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CRISPR-Cas9 – Genetic technology for the future


埃马纽埃尔·卡彭蒂耶 图片来源:Umeå University

In classical ballet, artistic creativity is combined with strict discipline. Bacteriologist Emmanuelle Charpentier knows this all too well. Trained in classical ballet and piano, she says it’s not a bad background to have as a researcher citing this as the source of her meticulous accuracy and persistence through repetitive efforts. And, she adds, a scientist needs to cultivate her/his artistic side, be creative and a little bit crazy — at least sometimes.

Leisure: “I have been very busy with work in recent years and even more as a result of all the attention surrounding CRISPR-Cas9, but I really try to keep up with other interests too, such as sporting activities. I am very much interested in culture, art and design. I can at least find the time to listen to music while working, walking and thinking, and I enjoy listening to debates by philosophers and sociologists that question the world and our society. This is where I find my energy and balance.
Best mode of transport: “Bike! I cycle wherever I am – Paris, New York, Vienna, Umeå, Braunschweig – and currently on a daily basis in Berlin.”

“I was and remain very passionate about the MIMS concept at Umeå University. It focuses on a very high level of education and research, with regard to both high-quality research and insight into how to promote fundamental research and the education of postgraduate students in the long term. The concept also takes into account that good research takes time and requires good working conditions in which a community pools its energy and the administrative burden is small. I appreciate that The Nordic EMBL Partnership for Molecular Medicine gave me the academic freedom I needed.”


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Early research and latest advances on EK technique

Some papers on EK in early 1950s are available thanks to growing of book and issue digitization, the famous Project Ocean. Those papers are very interesting. Quite a lot of phenomena discovered in that early stage of research are still attractive up to now.
However, it seemed that research on EK had been suspended for a while. It may be because both mechanism and engineering application of EK are very complicated.

In the past decade, there were quite a lot of breakthroughs on EK technique. One among those was EKG materials, a new category of geosynthetics which provides corrosion proof electrode; another one was smart DC power supply.
Smart DC power supply is truly important and to some extent, it makes large scale application of EK possible. This is a key technique that tackles the challenge of power demand and energy consumption; and it is still evolving. This is a fruitful area to explore.

In 1950s publications, we can see some discussions on compressibility and consolidation effect after EK treatment. This is another interesting area that inspires completely new constitutive model, which may help understanding of not only consolidation issue but also mechanism of unsaturated soil.

Breakthroughs in this overlapping research area are very encouraging. Researchers on polymer, power supply, sensor, mathematics, mining are welcome to communicate and collaborate.


These photos remind me my time in Tsinghua. The slogan on the auditorium indicates that these photos must be made many years ago.
I love the straight road between the second gate and the west gate with ginkgo trees along both sides.
There is a lotus pool beside the road, which is famous because of the article “The Moonlight in the Lotus Pond”. This article was in our text book of middle school in my age, I am not sure if this is still the case now.

The auditorium
The east gate/ west gate
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