数学物理巨佬教你suffer from IB!
数学物理巨佬教你suffer from IB!
我们就IB的课程进行了一些整理。
竞赛奖项
Grade 10 (03/2020)
Gold Category, USA Computing Olympiad
Grade 10 (03/2020)
Gold, British Physics Olympiad 2019—2020 Senior Physics Challenge
Grade 10 (04/2020)
Perfect Score Top Gold in Year 12·Level 6, 2020 Math Kangaroo
Grade 10 (05/2020)
Top 150 participants in the world Top 10% in China, 2020 Sir Isaac Newton Exam
Grade 11 (09/2020)
First prize(Shanghai Division), the 37thChinese Physics Olympiad
Grade 11 (12/2020)
Top Gold, British Physics Olympiad 2020-2021 Round 1
Grade 11 (12/2020)
Gold Globally First Place in China, 2020 Princeton University Physics Competition
Grade 11 (04/2021)
Distinction (Top 25%), 2021 Euclid Contest
Grade 11 (04/2021)
Gold, British Physics Olympiad 2021-2021 Competition Round 2
Grade 11 (05/2021)
Finalist, Regeneron ISEF 2021
Grade 11 (05/2021)
National Gold (Division 2), AAPT Physics Bowl 2021
比赛种类
Regeneron ISEF
AAPT Physics Bowl 2021
2021 Euclid Contest
British Physics Olympiad
Princeton University Physics-
Competition
Chinese Physics Olympiad
Sir Isaac Newton Exam
Math Kangaroo
USA Computing Olympiad
British Physics Olympiad Senior-
Physics Challenge
其他成就
Grade 10 (07/2020-09/2020)
Research Program, Self-supervised Hamiltonian Mechanics Neural Networks.
lConducted a research on hamiltonian mechanics and neural networks.
lWrote a paper on my research results: "Self-supervised hamiltonian mechanics neural networks"
lPublished at 2021 IEEE International Conference on Consumer Electronics and Computer Engineering (ICCECE), 2021, pp. 271-275, doi: 10.1109/ICCECE51280.2021.9342165
lAbstract:
We developed a method to derive the hamiltonian of an unknown system by machine learning the motions of the system. We modified the training process of Greydanus et al.'s hamiltonian neural network to make it be capable of learning from a dataset without the change-of-state ground truth. In other word, the learning process is self-supervised. This improvement can extend the application of the hamiltonian neural network because it is sometimes difficult to accurately measure the change of state of the system. Our model can now be able to learn the free particle system and the harmonic oscillator system.
Grade 10 (05/2020-06/2020)
Personal Program, Reliability Analysis of Wing Fuselage Docking Structure.
lHad a research on elastic mechanics and reliability analysis
lFinished a paper on analyzing the fuselage of a docking structure on the wings:“Reliability Analysis of Wing Fuselage Docking Structure”
lCo-published at2020 2nd International Conference on Artificial Intelligence and Advanced Manufacture (AIAM), 2020, pp. 206-215, doi: 10.1109/AIAM50918.2020.00048
lAbstract: During the long term of flight task, to the structure of wing fuselage, the aircraft will cause multi-site damage due to fatigue load and other factors, which will reduce the residual strength of the structure rapidly and result in serious flight accidents. It is very important to do research on the reliability of multi-site damage. on the basis of single crack, the interaction between multi-site cracks is introduced, and the theory of single crack is extended to the propagation of multi-site cracks, calculating the stress intensity factors and interaction factors in various modes of multiple cracks.
Grade 10-12 (12/2019-06/2022)
Founder andleader, Little Turings, 15hrs/wk,2wks/yr
Grade 11 (09/2020-06/2021)
Leader, RDC (Research Development Center) Math Club, 3hrs/wk, 36wks/yr
QA
关于IB
Q
对IB课程的看法是?
A
“IB是一个十分优秀的课程。弊端是依赖学校的素质。”
Q
关于IB时间管理
A
“在ddl之前做完,一出来就做”
Q
关于学习和娱乐之间的平衡
A
“不要让学习占用太多时间,要给娱乐留出更多时间。找到自己的学习状态,如果学习没有最高效率,干别的事情会有更高的效率。”
Q
IB中遇到过最困难的事是?
A
“有时会很无奈,拿到低分,而且没有新的task拉分。”
Q
觉得IB和体制内有什么区别?
A
“没有相似点。”
关于课程
Q
关于选课
A
SL:语文、经济
HL:数学、物理、化学、英语
Q
为什么会对选HL的几门课感兴趣?
A
“主要因为专业方面。选英语是想提高自己的英语能力。”
Q
关于学习数学碰到的困难
A
“太难。”
Q
关于学习数学碰到的快乐
A
“学会了。”
Q
关于学习物理碰到的困难
A
“会有很多无奈的情况如,比如门类太多,导致学不过来。具体问题有方程出来了不会解,不知道怎么切入,物理对数学要求很高这种。”
Q
关于学习物理碰到的快乐
A
“能用数学解释物理很神奇,使用数学去解决物理问题很有意思。”
Q
对于理科的学习有什么建议和方法?
A
“要有目标,想好要在高中学完什么,挑好适合自己的书,看看别人对不同教科书的评价。
要有对自己想法的整理,挑选好笔记本,可以是白纸也可以根据个人喜好挑适合的。
小习惯:写字时注意字体区分,不能乱写。区分正体和斜体,自己要看得懂。
不是学数学的话不要陷入数学。学物理时用到数学就去看数学教材目录,看到不知道的再看过去,看已经懂了的就不用看了。关注定理大概,不用关注具体的内容,用到类似的东西的时候可以翻书。”
Q
竞赛的理科学习和IB课程内的理科学习的异同处有什么?
A
“难度有很大差别。竞赛内不注重原理,只注重现象,是定量学习。课程是定性学习,但是书上错误的定性较多。竞赛(尤其是化学)跟大学挂钩资料很多,可以用来查证,这样的话资料正确性更高,有更广阔的视野。两者没有相似的地方。”
Q
关于应对比赛的一些经验
A
“没有准备,没有价值,参加就获奖。”

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