2021物理學(xué)專業(yè)個(gè)人留學(xué)申請(qǐng)書
留學(xué)生活會(huì)極大地開闊你的視野、真實(shí)體驗(yàn)多元文化、鍛煉獨(dú)立思考的能力、培養(yǎng)坦然面對(duì)勝利和失敗的心態(tài)，并且有助于你以更全面的眼光理解人性和社會(huì)，還會(huì)讓你更加關(guān)心和熱愛我們的祖國(guó)。這里給大家分享一些2021物理學(xué)專業(yè)個(gè)人留學(xué)申請(qǐng)書，歡迎閱讀!
2021物理學(xué)專業(yè)個(gè)人留學(xué)申請(qǐng)書
Dear _,
From a very early age I remember pondering questions that were, to me, seemingly unanswerable: what existed before the Big Bang? Why is a paperclip attracted to a magnet? Now that I am older and have a wider knowledge of current physics, I can contemplate other, more involved questions. How is it possible that a cat can be alive and dead at the same time? What exactly is holding an atom together? I am fascinated by these ideas and am hungry to learn the theories needed to attempt to explain them. I welcome the prospect of spending time and effort working with the scientific community to achieve a wider appreciation of the world we live in and trying to attain a level of understanding as high as is possible in a single lifetime.
My main interest within physics lies in quantum mechanics. About two years ago I was shown a video on the Internet by an astounded friend that explained the results of Young’s double slit experiment (using electrons) in relatively simple terms. I was stunned to see that a single electron can pass through two slits at once, but as soon as its path is observed it ‘decides’ to act in a completely different manner! My ignorance of the topic created a desire for me to learn more about this astonishing idea and so I read ‘Quantum: A Guide for the Perplexed’ by Jim Al-Khallili. From this brilliant book I learnt about the way in which the electron transforms into a probability wave or “wavefunction” and interferes with itself after diffracting out of the slits. The book then introduced me to complex applications of this experiment and, along with various magazine and Internet articles, I clarified for myself intricate ideas such as Schrodinger’s cat and quantum entanglement. I also read ‘The Trouble with Physics’ by Lee Smolin in which he describes previous attempts at unification of various ideas in physics, such as the successful unification of electricity and magnetism, or the unsuccessful unification of light and sound. He then goes on to explain one of the current attempts at the unification of all known forces and particles – string theory. I feel that reading on these topics has prepared me well for undergraduate physics and I am excited at the prospect of studying at a higher level.
To familiarise myself with how physics can be used practically, I requested a visit to the Quantum Optics and Laser Science Research Group at Imperial College London. I assisted a PhD student and his supervisor every day for three weeks in their ion-trapping project that aimed to shed light on quantum computing. My main job was to build a circuit to power an electron beam. The beam was used to form ions from calcium atoms, as ions are more easily manipulated. However, the circuit had to be built in such a way that it would automatically adjust the intensity of the beam to form just the right number of ions.
In my spare time, I am generally found playing the drum kit. After passing Grade 8 with distinction I have taken up teaching and play in four different music groups: a concert band, a jazz group, a brass band and my own funk fusion band. I enjoy performing in and around London and annually touring European countries with the school concert band. To keep fit I play football and table tennis with friends. Competitively, I have represented my school on a number of occasions in football, rugby and athletics competitions.
Studying all three sciences and maths at A-level has given me the opportunity to explore a wide range of different theories, techniques and problems and has provided me with a broad scientific training base from which I wish to develop further. All of these subjects pose exciting challenges, but my main passion is for physics. I very much look forward to immersing myself in the subject in future years whilst enjoying other challenges of university life.
Yours sincerely,
xuexila
俄羅斯留學(xué)雙認(rèn)證含義和辦理材料
1、雙認(rèn)證含義
現(xiàn)在俄羅斯所有大學(xué)要求學(xué)生在入系之前必須提供國(guó)內(nèi)學(xué)歷公證書的雙認(rèn)證，所謂雙認(rèn)證就是中國(guó)外交部和俄羅斯駐中國(guó)領(lǐng)事館的認(rèn)證。即在公證書最后一頁加蓋中國(guó)外交部和俄羅斯駐中國(guó)領(lǐng)事館的印章，表示雙邊承認(rèn)。
2、雙認(rèn)證的重要性
從2007年起凡是到俄羅斯留學(xué)，俄羅斯各大高校在對(duì)學(xué)生的學(xué)歷學(xué)位公證認(rèn)證方面又比以往嚴(yán)格了許多，為確保招生的可信度和真實(shí)性，俄羅斯絕大多數(shù)高校都要求學(xué)生不僅必須要提供文憑(包括成績(jī)單在內(nèi))的翻譯與公證，而且需要提供俄羅斯駐華大使館和中國(guó)外交部的雙認(rèn)證。
如果沒有此項(xiàng)雙認(rèn)證，學(xué)生會(huì)在入系時(shí)遇到不便。會(huì)因?qū)W生無法提供雙認(rèn)證而拒絕辦理學(xué)生的入系手續(xù)，所以學(xué)生在預(yù)科期間必須辦理好學(xué)歷雙認(rèn)證。
3、雙認(rèn)證辦理材料
第一、出國(guó)留學(xué)學(xué)歷公證書 ：
1、畢業(yè)證公證原件
2、成績(jī)公證原件
3、學(xué)位公證原件
第二、到俄羅斯留學(xué)認(rèn)證材料的要求：
1、公證需俄語譯文，附上譯文與原文相符的證詞。
2、黑、吉、遼、蘇、浙、滬、晥、港、澳如想在北京辦理認(rèn)證，只需在北京辦理公證即可。
3、黑、吉、遼送駐沈陽總領(lǐng)館;蘇、浙、滬、晥送駐上?？傤I(lǐng)館;港、澳送駐香港總領(lǐng)館。
4、送往俄羅斯使用的中國(guó)普通高中、中等專業(yè)學(xué)校及高等院?；蚩蒲袡C(jī)構(gòu)頒發(fā)的畢業(yè)、學(xué)歷或?qū)W位證書，需辦理使館認(rèn)證、護(hù)照公證、票據(jù)不認(rèn)證。
留學(xué)俄羅斯生活要注意的細(xì)節(jié)
1、進(jìn)門拖鞋
大家去本地人家里做客，一定要記得在進(jìn)門的時(shí)候咨詢是否需要換鞋，一般是肯定的，需要脫下鞋子換上拖鞋才能進(jìn)門，一般主人也會(huì)為大家準(zhǔn)備好，同樣接待客人也要做好準(zhǔn)備。
2、帶上禮物
不過大家是什么時(shí)候拜訪朋友，即便不是在節(jié)假日，也帶上禮物，這樣會(huì)顯得比較有禮貌，不一定是很貴重的東西，只要是花了心思就很不錯(cuò)，禮尚往來也可以增進(jìn)友誼。
3、贈(zèng)送鮮花
大家如果準(zhǔn)備給其他人送花的話，一定要特別注意花的支數(shù)，偶數(shù)花是送給去世的人的，奇數(shù)花才是送給在世的人，一定要區(qū)分清楚，并且特別注意，如果遇到比較計(jì)較的人是會(huì)帶來不好影響的。
4、握手禮儀
這是一項(xiàng)比較費(fèi)解的利益，要求拜訪者和主人握手的時(shí)候，要在門外進(jìn)行，不要等走進(jìn)去之后再握手，這樣也許是可以更好地保障屋主的安全，不過大家還是要注意遵守。
5、還錢須知
如果借了別人的錢，要記得及時(shí)按時(shí)的歸還，但是要特別注意不要在晚上還，是在白天完成歸還事宜，因?yàn)檫@樣會(huì)更有保障一些，而且俄羅斯人認(rèn)為日落后還錢不吉利。
6、尊重老人
在俄羅斯老年人的地位是非常高的，尤其是老奶奶，大家一定要特別尊重，前往不要試圖和她們爭(zhēng)論，也不要吵架，因?yàn)檫@樣是非常沒有禮貌的，尊敬他們要特別注意生活的各個(gè)方面。
7、飲酒禮儀
大家如果不想被人灌酒，那么在和朋友喝酒的時(shí)候，要盡量避免大力的干杯，這樣會(huì)讓人覺得你很想喝酒，從而對(duì)你勸酒;此外在舉杯共飲前，要記得說一句祝酒詞。
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2021物理學(xué)專業(yè)個(gè)人留學(xué)申請(qǐng)書
