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Non Euclidean
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Hello, I am a undergraduate student in physics. In the future, i want to be neuroscientist. What can i do?
Non Euclidean said:Hello, I am a undergraduate student in physics. In the future, i want to be neuroscientist. What can i do?
ZapperZ said:I know you got a response to this, but I think there a huge amount of unknowns and ambiguity here.
1. Where in the world are you studying? The ability to "jump ship" can vary from one educational system to the next.
2. What is preventing you from going for the most direct route, i.e. studying in a major that is more common for those intending to go into neuroscience?
3. Do you intend to just "study neuroscience" and maybe do research related to that field, or do you intend to become a neurologist? These two may have widely different paths. What Dr. Courtney described is someone who already has a PhD in one field and went into another field related to medicine. But that person is not a medical doctor and is not licensed to treat patients. A neurologist has a M.D degree, able to treat and diagnose patients, etc. So, do you intend to pursue a PhD in physics, and then do research work in neuroscience, or do you intend to get an undergraduate degree in physics, then try to go into medical school to become a neurologist?
Zz.
ZapperZ said:I know you got a response to this, but I think there a huge amount of unknowns and ambiguity here.
1. Where in the world are you studying? The ability to "jump ship" can vary from one educational system to the next.
2. What is preventing you from going for the most direct route, i.e. studying in a major that is more common for those intending to go into neuroscience?
3. Do you intend to just "study neuroscience" and maybe do research related to that field, or do you intend to become a neurologist? These two may have widely different paths. What Dr. Courtney described is someone who already has a PhD in one field and went into another field related to medicine. But that person is not a medical doctor and is not licensed to treat patients. A neurologist has a M.D degree, able to treat and diagnose patients, etc. So, do you intend to pursue a PhD in physics, and then do research work in neuroscience, or do you intend to get an undergraduate degree in physics, then try to go into medical school to become a neurologist?
Zz.
Non Euclidean said:Hello, I am a undergraduate student in physics. In the future, i want to be neuroscientist. What can i do?
Non Euclidean said:Actually i am not interested in medicine. I preferred physics department , because i was wondering about how does nature work. In recent years, i feel more passionate about how brain works , how we learn and how machines can learn. Of course, Neurologists study brain , especially brain diseases. However that is not field that i’m interested. Neuroscience, computational neuroscience or cognitive science. They are interdisciplinary areas, not just about medicine.
Eagle9 said:Dr. Courtney
ZapperZ
StatGuy2000
Andy Resnick
TheKracken5Hello guys
I stumbled across a suitable thread and therefore I will ask this question here: currently I am PhD student in neuroscience and I am dealing with brain’s neuroanatomy and physiology in case of Autism. But I am more interested in Computational neuroscience, the problem of consciousness and things like them. To my mind, this is the most complex, mysterious and intriguing topic to be explored.
Could you please tell me what branch of Mathematics/Calculus/ is needed for this purpose? Actually, is there some special branch in Mathematics that is necessary for Computational neuroscience? Or perhaps general Mathematics/Calculus is enough for this purpose?
More or less I am aware of these fields (except Mathematics. Actually I learned it at school well and then at University, but then I have not used it, so I do not remember it) and in case of necessity I will recall/learn them.StatGuy2000 said:this field tend to come from quantitative fields such as mathematics, physics, computer science, electrical engineering, or similar cognate fields.
Very true. I am not interested in every aspect of computational neuroscience. My field of interest in problem of consciousness/mind, how we think, how other species think (if they think at all) and so on.StatGuy2000 said:It's worth pointing out that computational neuroscience is a vast and somewhat ill-defined field, so there are many entry points into that area of research.
StatGuy2000 said:As for which branch of math to take -- in general, in any quantitative field will probably require calculus (certainly introductory calculus, and probably more senior level calculus or analysis courses) and linear algebra.
Which language is more suitable for this purpose?StatGuy2000 said:this implies having a strong computing/programming knowledge.
I cannot. In my county (in eastern Europe) there is no such courses. Therefore I asked this question hereStatGuy2000 said:My suggestion would be to speak to your department or your PhD advisor about options available for you to pursue this avenue of research, and they could recommend a sequence of courses that you could take.
Eagle9 said:More or less I am aware of these fields (except Mathematics. Actually I learned it at school well and then at University, but then I have not used it, so I do not remember it) and in case of necessity I will recall/learn them.
The point is that – how much should I know in it? Mathematics is the most abstractive/difficult science, therefore I asked here about it
Very true. I am not interested in every aspect of computational neuroscience. My field of interest in problem of consciousness/mind, how we think, how other species think (if they think at all) and so on.
In other words – brain’s higher functions.
1. And how much time is needed to learn it?
2. “calculus+ linear algebra”, please tell me, physicist generally know more Mathematics? In other words, this knowledge is equal physicist’s knowledge in Mathematics? Or they (should) know more?
Which language is more suitable for this purpose?I cannot. In my county (in eastern Europe) there is no such courses. Therefore I asked this question here
Yes, I think the sameStatGuy2000 said:As for investigating brain's higher functions, that understanding (from my limited understanding of neuroscience and the surrounding literature) can come not only from a computational approach, but from a direct physiological approach or some combination of the two.
No, she is qualified in neuroanatomy and things like this, not in mathematics, physics and programming. That is why I asked this question here, for additional informationStatGuy2000 said:your advisor should either provide you with the information to explore what additional material you need to learn (either through coursework, or through independent reading, if no courses are offered for PhD students at your university)
StatGuy2000 said:or your advisor could refer you to colleagues who may have that information.
Yes, a physicist can study neuroscience. Many physicists have successfully transitioned into neuroscience and have made significant contributions to the field. In fact, the interdisciplinary nature of neuroscience often requires collaboration with physicists.
Physicists have a strong foundation in mathematics, data analysis, and scientific thinking, which are all essential skills in neuroscience research. They also have a unique perspective on studying complex systems and can apply their knowledge of physics principles to understand the brain's intricate workings.
Yes, physicists may need to learn some new concepts and techniques specific to neuroscience, such as neuroimaging methods or the biology of the brain. However, their existing knowledge and skills can be easily transferred and applied to the study of the brain.
Yes, there are many notable physicists who have contributed to neuroscience, including Nobel laureates Eric Kandel and Richard Axel. Other prominent physicists in the field include Carl Anderson, who discovered the positron, and Erwin Neher, who developed the patch clamp technique for studying ion channels in neurons.
Yes, a physicist can pursue a career in neuroscience. Many universities and research institutions have interdisciplinary programs that allow physicists to work in neuroscience labs and conduct research. There are also career opportunities in the private sector, such as in biotechnology companies that focus on brain research.