You done a great job ... Akka I don't know even mathematics maximum partition used large scale in our modern technology ......

It's amazing and inspiring ✨️

As you said that you share the link of each ppt slides.... But in the description there is no link is available to see each slides clearfully.... Can you please share the link.... It's very helpful of us

Me who's chosen Applied Mathematics for MSc find this as a starter..Thanks and Well done 🤘😇🙏

You really did great work, Subha can you plz share ppt

Thanks Didi Bohot help hua.. Ajj mera ppt tha MMT Par hi Bohot accha gaya. Thanks a lot

All the best 😊 keep going Please provide ur presentation in the discription

Plz share ppt , I really need it , It will be very very helpful for me

Mam, can we take it as our self study topic for msc 2 nd sem

Hi sister you are told this video ppt presentation are have in description of pdf format but am not found it soo pls tag that pdf link on our reply please

Amazing presentation. May god bless you🎉

Well done shubha All the best..... Keep going 💗

How to prepare abstract

Can i get pdf on this role of mathematics in modern technology

Nice one....

Beutiful vdo

Plzzz give the slides pdfffff

Reposting and slight editing of recent mathematical ideas into one post: Split-complex numbers relate to the diagonality (like how it's expressed on Anakin's lightsaber) of ring/cylindrical singularities and to why the 6 corner/cusp singularities in dark matter must alternate. The so-called triplex numbers deal with how energy is transferred between particles and bodies and how an increase in energy also increases the apparent mass. Dual numbers relate to Euler's Identity, where the thin mass is cancelling most of the attractive and repulsive forces. The imaginary number is mass in stable particles of any conformation. In Big Bounce physics, dual numbers relate to how the attractive and repulsive forces work together to turn the matter that we normally think of into dark matter. The natural logarithm of the imaginary number is pi divided by 2 radians times i. This means that, at whatever point of stable matter other than at a singularity, the attractive or repulsive force being emitted is perpendicular to the "plane" of mass. In Big Bounce physics, this corresponds to how particles "crystalize" into stacks where a central particle is greatly pressured to break/degenerate by another particle that is in front, another behind, another to the left, another to the right, another on top, and another below. Dark matter is formed quickly afterwards. Mediants are important to understanding the Big Crunch side of a Big Bounce event. Matter has locked up, with particles surrounding and pressuring each other. The matter gets broken up into fractions of what it was and then gets added together to form the dark matter known from our Inflationary Epoch. Sectrices are inversely related, as they deal with all stable conformations of matter being broken up, not added like the implosive "shrapnel" of mediants. Ford circles relate to mediants. Tangential circles, tethered to a line. Sectrices: the families of curves deal with impossible arrangements. (The Fibonacci spiral deals with how dark matter is degenerated/broken up and with supernovae. The Golden spiral deals with how the normal matter, that we usually think of, degenerates, forming black holes.) The Archimedean spiral deals with matter spiraling in upon itself, degenerating in a Big Crunch. The Dinostratus quadratrix deals with the laminar flow of dark matter being broken up by lingering black holes. I'm happily surprised to figure out sectrices. Trisectrices are another thing. More complex and I don't know if I have all the curves available to use in analyzing them. But, I can see Fibonacci and Golden spirals relating to the trisectrices. The Clausen function of order 2: dark matter flakes off, impacting the Big Bang mass directly and shocking the opposite side, somewhat like concussions happen. While a spin on that central mass is exerted, all the spins from all the flaking dark matter largely cancel out. I suspect that primordial black holes are formed by this, as well. Those black holes and older black holes, that came late to the Big Bounce, work together to break up dark matter. Belows method (similar to Sylvester's Link Fan) relates to Big Crunch breaking of black holes and for how dark matter uses its repulsive area to unstack, to flake off. Repetitious bisection relates to dark matter spinning so violently that it breaks, leaving smaller dark matter, primordial black holes, and other matter. Neusis construction relates to how dark matter is broken up near one of its singularities by an older black hole and to how black holes have their singularites sheared off during a Big Crunch. General relativity: 8 shapes, as dictated by the equation? 4 general shapes, but with a variation of membranous or a filament? Dark matter mostly flat, with its 6 alternating corner/cusp edge singularities. Neutrons like if a balloon had two ends, for blowing it up. Protons with aligned singularities, and electrons with just a lone cylindrical singularity? Prime numbers in polar coordinates: note the missing arms and the missing radials. Matter spiraling in, degenerating? Matter radiating out - the laminar flow of dark matter in an Inflationary Epoch? Connection to Big Bounce theory? "Operation -- Annihilate!", from the first season of the original Star Trek: was that all about dark matter and the cosmic microwave background radiation? Anakin Skywalker connection?

Well done ma'am 👍 Can you please provide me this PPT format?

Well Done Shubha 🙂! Way to go ❤

Please share this ppt .i want to make poster presentation on this topic ...pls reply

You did the best 👍.. Keep up the good going 😇

I have priject computation on 10-March. Topic is application of math in engineering and technology so plz any ideas for me...??

Noice 👏

Your presentation is awesome... Can you give me ppt of it

Well done Shubha 😍

Can u send pdf mam

Can u provide the slide

Mam , how can I get this ppt ..... Actually, I have to prepare for presentation application of mathematics at University level.... So.. pls, can I get this....?

Can you please give me the ppt...?

Can you please share the ppt

Educate us. Mathematics is what we Don know.

Amazing

I want that slids pdf please will you share this please

Can I get PDF mam

Hello ,my name is also Shubha , and I am shocked bcoz you are the only third person I have heard in my life whose name is Shubha🤭

Very informative video

Can u pz share ur ppt ,it is helpful for others

Thanks you

Good one shubha❤️❤️

Good one😃

can you send ppt

Plz give ppt

Very nice Shubha 👌👍! Keep it up

Super akka

All the best shubha

Nice...

Good Shuba

Kindly share this reference to me pls

Present abstract for this

Niceeeee talk ❤❤❤

Can u please share me your presentation

Aapko meri ,mere gharwalo ko dua tumhare sath hai

Is ke pDF mil jay ge

Hello ma'am

Hey

Voice should be improved

Hii..

Hlo di