Core Viewpoint - The article emphasizes the importance of foundational knowledge in mathematics and engineering for computer science students to adapt to technological changes, rather than solely focusing on popular technology courses [1][2]. Group 1: Importance of Foundational Knowledge - Yann LeCun advises computer science students to invest time in foundational courses such as mathematics, physics, and electrical engineering, rather than just the minimum required courses [1]. - LeCun highlights that understanding mathematical concepts like modeling and linear algebra is crucial for long-term benefits in the field [1][2]. - The article mentions that engineering disciplines often require more advanced mathematics, which can provide a better foundation for students pursuing careers in artificial intelligence [2]. Group 2: Skills for the Future - Key figures in the field, including Jeffrey Hinton, stress that skills such as mathematics, statistics, and critical thinking are essential to keep pace with advancements in artificial intelligence [2]. - LeCun humorously notes that he initially studied electrical engineering before transitioning to computer science, indicating the value of a diverse educational background [2]. - The article points out that while programming skills are necessary, they should be complemented by a solid understanding of computer science principles [3].

Few things in life make one feel quite as heroically unaccomplished as having to move back in with your parents. But that's exactly the situation I found myself in in early 2022. Until then, I had been working as a research mathematician, which means contract after contract, moving around the globe wherever the grant would take me.So, this one day, I'm sitting at my desk racking up yet another research contract, trying to figure out where the heck my next paycheck would come from, when suddenly it dawns on ...

Core Argument - Thriving in mathematics is not about innate talent or immediate success, but about trust, belief, and collaboration [2][3] - The traditional mindset that math is difficult and only for geniuses needs to shift to viewing math as a journey accessible to everyone [3] - Perfection is a myth in mathematics; growth comes from adjusting understanding and learning from mistakes [4][6] Mathematical Principles and Applications - Mathematical concepts learned can be applied in various fields, including law, demonstrating the universality of mathematical reasoning [6][7] - Mistakes in mathematics can fuel the development of new areas of math and science, as exemplified by the discovery of Neptune [9][10][11] - Mathematics is present everywhere, from the shapes of sunflowers and snowflakes to the reproductive cycles of cicadas, illustrating its connection to nature [12][13] Collaborative and Inclusive Approach - Mathematics is not a solitary pursuit but a collaborative effort, emphasizing the importance of teamwork [14] - Embracing diversity and different perspectives enhances the understanding and application of mathematics [15][16] The "Formula" for Thriving - There is no rigid formula for thriving in mathematics; instead, it involves a combination of mindset, growth, and collaboration [17]

Despite their daunting complexity, we have done the maths https://t.co/8vz9cBcYi3 ...

Despite their daunting complexity, we have done the maths https://t.co/VcCukqyarQ ...

Despite their daunting complexity, we have done the maths https://t.co/rDLiMhGbRn ...

Today I'd like to talk about an issue which is very close to my heart and that's because it's related to the field that I have always loved. Mathematics. Mathematics was always for me more than just something I'm fond of.It was my main hobby, my lifelong passion. For me, mathematics is something beautiful, almost like a form of art. But in the case of most people that I've met, mathematics is something to be hated, something that to learn requires a lot of memorization and even more frustration. I have tuto ...

[संगीत] मैं सिर्फ आठ साल का था जब मेरी टीचर ने मुझे कहा यू आर रोंग। नहीं मैंने मैथ की प्रॉब्लम गलत सॉल्व नहीं की थी या फिर इंग्लिश का कोई वर्ड मिस्पेल नहीं किया था। इट वाज़ समथिंग डीपर। आई वास फंडामेंटली रोंग अबाउट द वे आई शुड थिंक अबाउट दी वर्ल्ड। सो हियर इज़ द थिंग। साइंस की क्लास चल रही थी। एंड द टीचर वाज़ एक्सप्लेनिंग अस अबाउट दी मून। शी वाज़ सेइंग कि मून ऑर्बिट्स अराउंड दी सन। मून ऑर्बिट्स अराउंड दी अर्थ। इट्स वेरी फार अवे फ्रॉम अर्थ। और सन की जो लाइट आती है, मून वो रिफ्लेक्ट करती है। दैट्स व्हाई वी सी मून ...

RT Nick Szabo (@NickSzabo4)@Dr_Gingerballs "Imaginary" numbers make math beautiful. For example, you can't make the Pythagorean theorem a group -- unless you include "imaginary" numbers. ...

RT Nick Szabo (@NickSzabo4)"Square roots of negative numbers are not allowed" is one of the many misleading things they taught in secondary school. You could also ask yourself why irrational numbers are allowed, since you can't write those down exactly as a finite decimal or fraction either. In actual math irrationals and "imaginaries" are both quite allowed and both quite useful. ...