Just out of curiosity:-

The race to superintelligence is fully on. Bad news for us humans - compute for superintelligence doesn't seem to be a problem. Jensen Huang and NVIDIA will not follow any laws made by Moore anymore.

And it's a bad thingggg, she says. I mean, if I dont have anything to say, I won't say it. I'd rather add value. I've always been the quiet one even during college clubs etc. Honestly tho I'm really not. I have things to say but man they honestly are dumb things. And the thing is? Most people talk about party n stuff and and I'm not a person who does small talks easily, especially online. Am I really wrong here? It's my first job. Educate me

I was learning to code when i was in my second year of BTech. I understood coding is not for all. It is a way of thinking. Some people naturally can code and some people work hard to get that way of thinking. Ultimately coding is about problem solving. Now one thing i understood is, my thinking and way of talking everything has got changed because of learning to code. Im making real life relations so complex. I have seen people who never think about how they think, who never go deep into why and what in day to day life, who just live their life without any stress but still earn good. What i am trying to ask is, is this normal for everyone. The more work you do, the more problems you solve, the more complex thinking your mind will start doing and this will affect your day to day life to think too much about ifs and elses in relationships.

So I had an interesting epiphany recently. I have been pondering upon the possibility of UFOs and Aliens, and questions like Are we alone? One thought crossed my mind was what if Alien life is not in the same dimension as we live in? Like we observe the world in a 3d dimension of space and 1d dimension of time, but we have other creatures like Bacteria and viruses who see the world differently than we do. From there perspective the world is likely 2d space. I wondered if alien life exists in 4d or higher dimensions and they observe us as we observe bacteria. Now the possibility the the entire universe is a Simulation is not new for Science. Scientist estimate that there is 20 percent possibility that we live in a Simulation. Now I started wondering what would be the consequences of living in a world with higher dimensions let's say a 4d world. How would forces of nature and physics work there. Well I did some research on the internet and found quite few shocking results. Like Gravity would be very Weak, magnesium will be noble gas, tying a knot would be impossible. A higher dimensional being could meddle with our organs like we can draw dots inside a circle without ever crossing circumference. A higher dimensional being could easily interfere with our world. He can see through our world, he can easily cover huge distance almost instantly. Now I thought sounds familiar 🤔. Our mythology is filled with such episodes. Devas can fly as if gravity doesn't impacts them, It was difficult for Yashoda to tie Krishna with a rope knot. Basically god's can appear instantly anywhere in the universe. There's also a verse in Mahabharat where Shantanu asks Devdut how was his time in the Devlok, to which he replied that God's see the human world differently, and human would to them is like a game of Chausar. (Like a video game or simulation). Also, Hindu religion ofter describes Sansar as Maya or manifestation by God. Nothing is real. Ngl, Goosebumps

I'm not sure why we find it so difficult to understand ourselves. What we aspire to be yet are unable to pursue our dream or passion. My childhood hope was that before the age of 25, I would be able to hold everything, such as a house and a car. But I have accomplished nothing until now. All of my dreams, which consist of nothing more than seeing myself succeed in the future, demotivate me greatly, causing me to feel miserable. Every day, my failure serves as a reminder that I am useless. I work hard every day, yet I sometimes feel like I'm not doing what I should be doing. Guys, I need your opinions about that is it phobia or fear of something else.

I don't know if this post would make sense, but does anyone ever wish they were less? Less competent, less "bright", less "smart"? I'm not being braggy but I am pretty smart (not book smart but smart smart) and while objectively I am doing pretty good, I just constantly feel like I'm not living up to my fullest potential! Should I be on the lookout for a better job (the present one is fine) or preparing to study more or, I don't know, to scale and scale? It feels like everyone has such high expectations of me and I hate making mistakes, even if it is a typo in a document The anxiety that I'll never live up to my potential becomes so crippling, it becomes counter productive and like Dr. Strange, I forseen like a 100 different possible outcomes of every decision because I can't seem to turn my brain off! Ignorance is bliss and I so wish I could be ignorant

I recently was asked this question by a very senior person in my organisation. I have 5yrs of work-ex but still not sure what's my ultimate calling..so want to know if people once they start working figure it out or just lie through

TLDR: I was reading up on the Navier Stokes equations today and it is so elegant that it might be my favourite math equation. Equation 1: ∇u = 0 (conservation of mass) states that the divergence of the velocity vector u is zero, meaning there is no net change in fluid mass. Equation 2: ρ Du/Dt = -∇p + μ∇^2 u + ρF (conservation of momentum) expresses Newton's second law for fluid flow. It balances the acceleration of fluid particles (LHS) with internal forces (pressure and viscosity) and external forces (gravity or other external influences) on the RHS. This equation is foundational for modelling various fluid dynamics scenarios, from celestial bodies like stars and galaxies to F1 cars. Long Version: Here's how it works: Equation 1: ∇u = 0 (conservation of mass) So, u is velocity that can be represented as (u,v,w) vector, where u,v,w are x,y,z components of the vector. ∇u tells us that we need to do a partial derivative on u. So, ∇u = ∂u/∂x + ∂v/∂y + ∂w/∂z = 0 or, the partial derivative of every component wrt corresponding direction is 0. Equation 2: ρ Du/Dt = -∇p + μ∇^2 u + ρ F (conservation of momentum) LHS: Since, u is velocity, then Du/Dt is acceleration and ρ is density. Newton's second law, F = m x a, applies here. Wherein, Du/Dt is acceleration of fluid particles and m is the density of the fluid. RHS: -∇p + μ∇^2 are the internal forces of particles hitting into each other while F represents the external force. F in most cases is gravity, so one can replace it with g. However, if you put in electromagnetism then, you can combine Navier-Stokes with Maxwell's equations. This has over time led to the development of magnetohydrodynamics, ie how stars and galaxies form. You can model the growth of our sun with this. ∇p is our pressure gradient and represents the change in pressure. Essentially, fluids move from high pressure to low pressure. μ∇^2 represents viscous forces yielding from viscosity. Imagine this can model aerodynamics of F1 cars.