Representation Matters!
The first thing you notice is not the brand but the representation of the brand. A strong logo grabs attention, makes a strong first impression and provides foundation to the brand.
Physics Club invites you to showcase the best of your creativity in creating an eye-catching and refined logo for the Department of Physics (DoP). The best logo received might become the official logo for the Department of Physics.
This is the time to boost your design career, so what are you waiting for?

Mathematics has always hidden the wildest secrets of the universe and we are still scraping details off the surface.
Physics club brings you a talk by Dr. Abhishek Majhi from ISI, Kolkata where we set out to explore some of the failures of Maxwell's Electromagnetism leading to Heisenberg's Uncertainty Principle. We will tackle Maxwell's theories through basic concepts of differentiation laid by Cauchy himself and we will talk about various problems that arise in physics due to semantics and misnomers. All this will finally connect to the famous paper by Einstein, Podolsky and Rosen and talk about incompleteness as a general feature of any physics theory and not just limited to Quantum Physics.

Gazing at the night sky, have you ever wondered what those shiny dots we call stars actually are? And maybe you even have the answer too, they are just balls of fire lightyears away. But how did we find that out? And what burns in those gigantic balls of fire? These are some questions that may still intrigue you and Dr. Gajendra Pandey, professor at Indian Institute of Astrophysics, Bengaluru is here with the answer. Don't forget to attend the talk 'Story of Stars: Spectral and Luminosity Classification of Stars'

A completely online pan-India mock Paper Presentation Competition where participants present a paper, either original or researched and published work in front of judges who will judge the presentation on various criteria. The presentations will be followed by a talk delivered by Dr. Gajendra Pandey, professor at Indian Institute of Astrophysics, Bangalore.
The competition will be held in two categories: undergrad level and postgrad + PhD level to ensure fair competition. You will be required to submit an abstract a few days prior to the event and will be notified for the same.

A two-day offline workshop on ORIGIN, a data analysis and graphing software of choice for over half a million scientists and engineers in commercial industries, academia, and government laboratories worldwide.

The workshop is aimed at introducing beginners to the Origin software and will be held offline in 3 sessions over the course of 2 days.

Instructor: Dr. Himanshu Pandey,
Dept. of Physics, NIT Surat

'Gravitational wave is the rhythm of the universe'

Gravitational waves help us to understand what the universe speaks. On the occasion of this year's National Science Day , we are honoured to have Dr. Debarati Chatterjee, an eminent theoretical astrophysicist, associate professor at IUCAA Pune and Chair of LIGO-India Education and Public Outreach, talk about 'Gravitational waves: A window to an unforeseen universe'.

The Physics Club, SVNIT presents to you our trademark event, Pratyaksha. The event will span 2 days, the 19th and 20th of February, 2022.

Our first event is Explain in 3 Levels, a test of your oratory and understanding skills as you explain the complex physical phenomena in 3 different levels, each progressing from a child's level to an undergraduate level.
The second event, something you all are familiar with, is the General quiz, which will test the limits of your knowledge, so make sure to brush up your general knowledge and get a chance to win this amazing quiz. The prelims will be held on 19th February and shortlisted teams will compete with each other on 20th February!!
And at last, you can sit back and enjoy the Orientation as we share our experiences in Physics Club and explain the various fun activities we organize here at college.
We are sure that this is going to spark your interest in Physics Club and will encourage all of you to join us in finding fun behind the equations that describe our universe!!

We are always surrounded by so many kinds of material. Although they are all made up of the same stuff- electrons, protons and neutrons, they still differ very much in their properties. Today we are able to understand the properties of materials at fundamental level and make various artificial materials due to remarkable developments in material sciences such as X-ray diffraction, scanning probe microscopy, lithography, etc. Want to know the types of materials? What are their key applications? And how to tailor them?

In the past 4 talks we went from the Humble nucleus to the violent black holes, Now it’s time to get smaller! Let’s go quantum!

Quantum chromodynamics (QCD) is the theory of the strong interaction between quarks and gluons, the fundamental particles that make up composite hadrons such as the proton, neutron and pion. The theory is an important part of the Standard Model of particle physics and is backed by many experimental evidences over the years. The theoretical results of QCD can even be used to explain and predict properties of neutron stars.

Join us for the 5th talk of the Sarabhai Online Lecture Series, with Dr.Andreas Schmitt as he talks about 'Phases of QCD and applications to neutron stars'.

Did you know there is something in the universe which can be as massive as billion times the solar mass, is born from the death of a star and to which even the light bows down!....yes the BLACK HOLES. From the wildest imagination of great minds to an actual photograph, black holes have been the most mysterious objects in the last century. Wanna know how these enigmatic objects are observed in the real world? What are the various imprints of the black holes and how these signatures can be used to probe physics of a black hole?

Join us for the 4th talk of the Sarabhai Online Lecture Series, to explore the answers to all these questions, with Dr. Manoneeta Chakraborty (IIT Indore) as she talks about 'Observing Black Holes and understanding their imprints'.

Do you know that a neutron star contains more material than the sun, yet it is small enough to fit within a city? And the density of the core of a neutron star exceeds that of an atomic nucleus? Well, neutron stars are the ancient remnants of stars that have reached the end of their evolutionary journey through space and time. These fascinating objects are born from once massive stars that grew four to eight times the size of our sun, before exploding in catastrophic supernovae. Perhaps, every branch of physics can find application in neutron stars, which can emit all wavelengths from radio to gamma-rays, and also gravitational waves. But what makes neutron stars so exotic, so special that without their existence, life on earth would never have been possible? Why are physicists and astronomers all excited about these monsters, and what makes them natural laboratories for testing aspects of extreme physics?
Join us for the 3rd talk of the Sarabhai Online Lecture Series, to explore the answers to all these questions, with Dr Sudip Bhattacharyya as he talks about 'The Exotic World of Neutron Stars'.
Dr Sudip Bhattacharyya is a professor in the Department of Astronomy and Astrophysics (DAA) at Tata Institute of Fundamental Research (TIFR). His main research topics are the Properties and evolution of millisecond pulsars and continuous gravitational radiation from them, Extreme aspects of neutron stars and black holes using X-ray satellite data, Numerical computation of rapidly spinning neutron star structures, etc.

Do we really know why planets revolve around the sun? What exactly is the dimension space-time? Many brilliant minds have pondered over this question and we have had theories that put common sense to question with discovery of the 4th dimension of space-time. From Newton’s Universal Gravitation theorem to Einstein’s General Relativity, the research in this topic has come a long way. But what are those disruptions in this dimension that cause planetary motion? How have scientists been able to prove the existence of such microscopic disruptions in the huge universe?

Join us for the 2nd talk of Sarabhai Online Lecture Series to explore the answers to all these questions along with Dr. C.S. Unnikrishnan as he talks about “Gravitational Waves: The New Wave in Physics, Technology and Astronomy”.

Dr. C.S. Unnikrishnan is a Professor of Physics at TIFR-Mumbai and was a visiting researcher at the Kastler-Brossel Laboratory, ENS in Paris and the University of Paris Nord with his main research interests being experimental and theoretical studies of foundational aspects of gravity, quantum mechanics, and the quantum vacuum, and studies of atom-light and atom-surface interactions employing laser-cooled atoms.

The question – ‘What is everything in the universe made of?’ has kept scientists busy for ages. We have all studied about the indivisible atoms of Democritus, Thomson’s plum pudding model, the discovery of the nucleus by Rutherford, and Bohr’s elegant atomic model. What happened after that? What do we know about the core and center of the atom: the nucleus? From the fall of Democritus, to breaking the unbreakable, how far have we come in understanding the structure of the nucleon and what are the mysteries and anomalies that still linger on?
Don’t you worry, the wait is over! We’ve got you covered on this and much more, in the first talk of the Sarabhai Online Lecture Series.
Join us with Dr. Soumya Bagchi, as he takes us through the “Journey of the Humble Nucleus.”
Dr. Soumya Bagchi is an Assistant Professor of Physics at IIT(ISM)-Dhanbad and an experimental nuclear physicist by profession. He is working on various research projects in collaboration with RIKEN (Japan), GSI (Germany), and RCNP (Japan).

The new semester is already here, and what better way to start a semester than learning a new skill? Here’s your chance to add another arrow in the quiver! A completely online two day certified Workshop on Mathematica, mathematical computing software widely admired for both its technical prowess and elegant ease of use; Mathematica provides a single integrated, continually expanding system that covers the breadth and depth of technical computing.

It's that time of the year when we sit back and start planning for the upcoming academic year. Internship through portals or emailing professors? When and where to apply? CV? Writing a good SOP? We know it's very easy to get caught up in these questions and that's exactly why we encourage you to attend the webinar on 'Research Opportunities in Physics'.
Suraj Singh, Nidhi Mehandiratta and Devanshu Sharma will help you navigate through various opportunities available for Physics students.

We are back with another workshop! This time, a 2 day certified workshop on N-body simulation.An N-body simulation approximates the motion of particles, often specifically particles that interact with one another through some type of physical forces. The types of particles that can be simulated using N-body methods range from celestial bodies to individual atoms in a gas cloud. Exciting, isn't it?!Join us on 27th March (3pm) and 28th March(9am) with Dr. Prakash Sarkar.
Prior knowledge of programming in C and familiarity with Numerical Methods will certainly help.

Its time to put on your thinking hats and grab a painting brush cuz we are back with the second edition of our annual Physics fest PRATYAKSHA! Join us on 13th and 14th February for a weekend filled with fun physics-y events that are sure to not let your FOMO take over.

Are physical dimension and number distinct concepts? If yes, then on what logical grounds, does the physicist perform dimensional analysis by considering physical dimensions as numbers? If no, then why does the physicist use the words like mass, length, etc. instead of writing just numbers? If this question made you question the foundation of physics, be sure to join our first Science Sabha talk of 2021.Dr. Abhishek Majhi of Indian Statistical Institute, Kolkata will take up such questions in his talk on ' A logico-linguistic inquiry into the foundations of physics'.

We've all either seen or done the baking soda volcano project in school science fairs. Let's take that experimental spirit and notch it up to next level. Being an experimental physicist that is. This Wednesday evening, join us with Dr. Akashrup Banerjee where he'll talk about developing an experimental acumen and preparing oneself to be an experimentalist.

We are back with another Science Sabha talk! This Saturday evening , join us with Charitarth Vyas where he'll take up the topic of Radio Astronomy and Astrophysics.Charitarth Vyas is an alumnus of the Applied Physics Department, NIT Surat. He is also a DAAD Scholar working as a PhD student at the University of Bonn, Germany.

Get ready to put your physics skills to the test! Physics Club NIT Surat presents to you the first 'Online Researchathon,' an event that will test your physics knowledge, problem-solving skills, and culminate with a 30 hour final round to test your research ability.

Want to add something worthy to your skillset? Well, we got you covered, with a completely online two day certified 𝙬𝙤𝙧𝙠𝙨𝙝𝙤𝙥 𝙤𝙣 𝙇𝙖𝙗𝙑𝙄𝙀𝙒. A software that is capable of any extensive hardware integration and gives you versatility, along with control and measurement, for developing a lot of engineering applications. Thanks to the graphical approach to programming, you don't even need to mug up codes!

MINDBEND 2020 in association with the Applied Physics Department and Physics Club SVNIT presenting you with ENTANGLED CHESS - Playing chess with a touch of quantum instinct. Register for the event and get a new experience of playing chess in Physicists way.

The physics club have come up with some exciting events that will bring out the scientist in you. Physics club is organizing its first ever annual fest 'PRATYAKSHA' on 25th January, 2020 at the Applied Physics department. Hurry up folks to register for the events and enjoy the actual beauty of science.

Detecting the undetectable will be an Introduction to experimental high energy physics. How do we test and validate the theories? Experimental High energy physics is a way to study the nature and behaviour of the elementary particles of the universe and an attempt to solve some of the unsolved mysteries of the universe.
Piercing the Invisible cosmos will cover up Radio astronomy With radio astronomy, we study astronomical phenomena that are often invisible or hidden in other portions of the electromagnetic spectrum. From detecting the black hole image to predicting the gravitational wave events, radio astronomy is key behind such groundbreaking discoveries.

Our history of understanding physical laws has been a history of unification. The first example is probably Newton's gravitational law which says that the equation used for describing the force that a planet exerts on another planet is the same for for that on an apple. Then came up unified fields like the Quantumelectrodynamics ... and so on and so forth. So gear up for the talk by Tiyasa Kar on 17 October 2019 where you will be taken for a ride to 'Theory of Everything'.

On July 4, 2012 the world was gathered for two power point presentations at CERN,Geneva. The world witnessed the presence of GOD PARTICLE that was detected at the Large Hadron Colliders. Gear up fellas! for the talk on The Birth of Mass by Ramkumar Radhakrishnan in which he would discuss the emergence of God particle and how the fate of the universe is decided by it.

What if Electronics is flexible ? What if you had flexible display screens, flexible solar cells, flexible health care devices and many more devices which we encounter in daily life were made flexible. You guys getting shocked?

Werhner von Braun designed the most powerful rocket ever that sent humanity on Lunar surafce. Starting from Wright Brothers to Apollo missions, humanity learnt how to extend atmospheric flights to interplanetary missions. Join us to learn formulations governing rockets, propulsion systems on a rocket and a little bit of spacecraft dynamics.

Einstein shook the pillars of physics with the formulation of his field equations. This talk will explore how these equations are formulated, interpreted, and applied to understand the contents of our universe.