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2014年诺贝尔医学奖得主约翰·奥基夫在颁奖晚宴上的演讲全文

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文章摘要:2014年诺贝尔医学奖得主约翰·奥基夫在颁奖晚宴上的演讲全文,眼空无物通信运营分会,旗舰级过期国内航线。

约翰·奥基夫简介:约翰·奥基夫(John O'Keefe),华人博彩:美国神经科学家,伦敦大学学院解剖学系和认知神经科学研究所的教授。奥基夫在纽约长大,于纽约市立大学获学士学位,在麦吉尔大学获博士学位。他以发现海马体中的位置细胞而闻名,它们可以以θ相移的方式显示临时编码。2013年与爱德华·莫泽、迈-布里特·莫泽同获霍维茨奖。2014年因“发现构成大脑定位系统的细胞”获得诺贝尔生物学奖。
John O’Keefe’s Speech at the Nobel Banquet
 
10 December 2014
 
Your Majesties,
Your Royal Highnesses,
Your Excellencies,
Ladies and Gentlemen
 
On behalf of my colleagues May-Britt and Edvard Moser, and myself, I would like to express our gratitude to the Nobel Foundation for hosting this magnificent banquet. I would also like to express our gratitude to the Nobel Committee and Assembly for deeming our research worthy of this distinguished accolade. I think it’s fair to say that the Nobel Prize is the highest honor any scientist or artist can achieve. We are pleased and delighted.
 

We see the awards as a recognition not only of ourselves and our accomplishments but also of our collaborators in the study of the spatial functions of the hippocampus, and our colleagues in the wider field of cognitive and behavioural neuroscience. Cognitive neuroscience is entering an exciting era in which new technologies and ideas are making it possible to study the neural basis of cognition, perception, memory and emotion at the level of networks of interacting neurons, the level at which we believe many of the important operations of the brain take place. We know a considerable amount about how individual neurons work and how two cells can communicate with each other but the way in which entire networks of hundreds and thousands of neurons cooperate, interact with each other, and are orchestrated to create our ideas and concepts is an underexplored area of neuroscience. It is probably at this level that network failure occurs and leads to some of our most disturbing and intractable diseases of the mind and brain.
 
This new area of neuroscience has been made possible by the development of new optical, computer-based electronic, and molecular biological tools which will allow us tomonitor the activity of many thousands of cells simultaneously and to manipulate their activity. We will move from looking at correlations between brain activity and behaviour to studying how the brain causes mental states and behaviour. It is fitting therefore that our fellow laureates this year in physics and chemistry are world’s leaders in providing us with some of these tools. We are eager to begin to use some of the laser-based optical techniques being developed by our chemistry co- laureates.
 
We are also pleased to be receiving the prize with laureates from so many different countries. Science is the quintessential international endeavour and the sterling reputation of the Nobel awards is partly due to the widely-perceived lack of national and other biases in the selection of the laureates. We believe that the future great contributions to our understanding of the biological and physical world can come from citizens of any country in any part of the world. It is to the credit of the Nobel committees that they have steadfastly endeavoured to follow Alfred Nobel’s wishes that the prizes recognise contributions to the welfare of humanity regardless of country of origin, gender, race or religious affiliation.
 
I want to end by recognising and thanking our many collaborators and colleagues too numerous to mention in this short speech, our universities, UCL and NTNU, and our generous funders.
 
Thank you for your attention. Tack.

华人博彩诺贝尔医学奖 演讲 颁奖晚宴 约翰·奥基夫