- #1
JWHooper
I want to see the real answer to this one.
No...jostpuur said:I would be more interested in the opposite question. Are physics geniuses also math geniuses?
jostpuur said:I would be more interested in the opposite question. Are physics geniuses also math geniuses?
jostpuur said:I would be more interested in the opposite question. Are physics geniuses also math geniuses?
Oberst Villa said:Hm, theoretical physicists... maybe. Experimental physicists - no. Best example is Michael Faraday - an absolute genius of experimental physics, but pretty clueless about math.
He met him!marlon said:How do you know that he was clueless about math ?
Clueless might be a bit harsh, but according to wikipedia, true.marlon said:How do you know that he was clueless about math?
Although Faraday received little formal education and knew little of higher mathematics, such as calculus, he was one of the most influential scientists in history.
According to Wikipedia ? Pff, that means exactly nothing.jimmysnyder said:Clueless might be a bit harsh, but according to wikipedia, true.
I'm sorry, I do not deal in established facts. Here is an excerpt from the biography Faraday As A Discoverer, by John Tyndall.marlon said:Again i ask, how do we know that Faraday sucked at math ? How is this fact established?
John Tyndall said:It is impossible to say how a certain amount
of mathematical training would have affected his work. We cannot
say what its influence would have been upon that force of
inspiration that urged him on; whether it would have daunted him,
and prevented him from driving his adits into places where no theory
pointed to a lode. If so, then we may rejoice that this strong
delver at the mine of natural knowledge was left free to wield his
mattock in his own way. It must be admitted, that Faraday's purely
speculative writings often lack that precision which the
mathematical habit of thought confers. Still across them flash
frequent gleams of prescient wisdom which will excite admiration
throughout all time; while the facts, relations, principles, and
laws which his experiments have established are sure to form the
body of grand theories yet to come.
Michael Faraday did not know enough mathematics to translate his ideas into theory, and succumbed to nervous exhaustion in 1839 in the attempt. He stayed away from electromagnetism for five years, returning with an experiment that showed that light is affected by magnetism--heralding the theory of light as waves in an electromagnetic field. But this idea was scorned. His ideas were not accepted until the 1870s, when they were put into the language of equations by James Clerk Maxwell.
I'm watching "Days of Our Lives". I did all that during the commercials.Oberst Villa said:Hi Jimmysnyder, thanks a lot for fighting this battle for me, so that I continue to watch TV without having to concentrate too much on fighting for my reputation !
Nah, he posted on some other forum and then died. Another reason to stick with this one.Oberst Villa said:I do not know how to qoute this, but look at post #15 by Jimmysnyder, there is proof that John Tyndall is alive and posting here in this forum ! O-M-G !
jimmysnyder said:I'm watching "Days of Our Lives". I did all that during the commercials.
I got nothing, but neither do you.jimmysnyder said:I'm sorry, I do not deal in established facts. Here is an excerpt from the biography Faraday As A Discoverer, by John Tyndall.
http://www.gutenberg.org/dirs/etext98/fdayd10.txt"
Here's another.
http://www.321books.co.uk/biography/michael-faraday.htm"
What have you got?
A math genius typically possesses advanced problem-solving skills, strong analytical thinking abilities, and a deep understanding of mathematical concepts and theories. They also tend to have exceptional memory and focus, as well as a natural curiosity and passion for math.
While some people may have a natural inclination towards math, anyone can develop the skills and traits of a math genius with enough practice and dedication. It takes a combination of hard work, perseverance, and a love for the subject to excel in mathematics.
There is no set age at which someone can be considered a math genius. Some individuals show exceptional mathematical abilities at a very young age, while others may not discover their talent until later in life. It ultimately depends on the individual and their level of dedication to the subject.
One common misconception is that math geniuses are born with their abilities and do not need to put in much effort to excel. In reality, most math geniuses have spent countless hours practicing and studying to hone their skills. Another misconception is that math geniuses are only good at math and lack proficiency in other subjects, which is not necessarily true.
While formal education can certainly help in developing mathematical skills, it is not the only path to becoming a math genius. Many individuals have become math geniuses through self-study, mentorship, and real-world applications of math. It is more important to have a strong passion and dedication for the subject than a formal education.