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❌STOP❌ memorizing the signs and symptoms of electrolyte imbalances. Instead, understand the functions of the electrolytes in the body. Example: If calcium supports bone strength, low calcium levels will cause the patient to be at risk for fractures. . . Follow and explore the amazing science world🔬👇 @sdsbiology for exploring the amazing world of biology and science 😍😍❤️#sdsbiology ♡ ㅤ ❍ㅤ ⎙ㅤ ⌲ ˡᶦᵏᵉ ᶜᵒᵐᵐᵉⁿᵗ ˢᵃᵛᵉ ˢʰᵃʳᵉ 🅻🅸🅺🅴 , 🆂🅷🅰🆁🅴 🅰🅽🅳 🅲🅾🅼🅼🅴🅽🆃 __________________________ #school chool #neet #studying #medical #medicalstudent #iitjam #iisc #nurseintraining #futurern #aiims #hospital #futurenurse💉 #iiser #nurseinprogess #studynursing #csirnetlifesciences #nursingstudent #nurseschool #iit #ncbs #nursestudents #nursingschool #tifr #csir #student #nurse . https://www.instagram.com/p/Cpm-QVhJtSZ/?igshid=NGJjMDIxMWI=
Indian Education System be like:
Behold, the premier Institute for Science in India
Guys, ceiling fans are not the problem here
Imagine the meeting
Professor 1: Guys the suicides are worrying, what do we do? This is the 6th student who hanged himself.
Professor 2: Do you think we put too much pressure on them?
Professor 3: No, it’s those fucking fans. Let’s take them away. Can’t hang yourself without a fan.
A group of scientists at Indian Institute of Science(IISc) have created magnetic nanofibres that act as a bandage for the treatment of skin cancer.
~By Suhani
Learn more by clicking on the link.
By- Suhani Sharma Photo by cottonbro on Pexels.com A group of scientists at Indian Institute of Science(IISc) have created magnetic nanofibr
According to studies by the IISc, rapid urbanisation and expansion between 1973 and 2016 caused a 1005% increase in paved surfaces and decline of 88% in Bangalore’s vegetation, while water bodies declined by 85% between 2000 and 2014. In the next three years, if the same rate of development continues, the built up area in the city is expected to increase from 77% to 93%, with a vegetation cover of a mere 3%.
Deepa Bhasthi, 'City of burning lakes: experts fear Bangalore will be uninhabitable by 2025', The Guardian
tomorrow will be one of the most important days of the first 18 years of my life and I am going to face it with full force and confidence, I might have not exactly proven my worth quantitatively to get there and maybe I have not given my 100% throughout these years, hell i might have given <50% at some points but I have proven time and time again that maybe I can step up when it matters and all those small efforts would add up. I have figured it all out before, always going to the next milestone, I came first in my small class after nultiple exams, got into the advanced batch by just 3 marks, got thrown a lifeline by allowing me into the hostel and study with the super smart kids, an opportunity which ppl even better than me didnt get, I qualified for this exam with just extra three percentile.
Over here on tumblr I have met so many people around my age who have similiar ambitions to mine and this has bolstered me too and I am grateful for that. Everyone in my family, including my relatives have been extremely supportive never judging my unconventional career choices and never have questioned me incessantly or put me down, something that is a rarity in the Indian culture. The amount of congratulations I got for my average perfomances has moved me to a huge extent. Positive affirmations from an old teacher who told me to believe in myself and has seen the spontaneity from me in his class will always linger in my head.
I am writing this exam only for one college which has been my dream from 11 years old and I cannot afford to go in with any doubts or pressure. I would go with what I know, write what I can think and come out with my head held high.
Anyone else who is going on this journey with me, all the best to y’all and dont worry too much.
Whenever I feel like I cant continue, I remember Arsenal are so close to winning and they’re working hard and I should be doing that too
IISc Bangalore Develops Six-Qubit Photonic Quantum Device
IISc's Six-Qubit Photonic System Helps India Reach Quantum Milestone.
IISc Bangalore
A six-qubit photonic device from the Indian Institute of Science (IISc) advanced India's quantum quest. This breakthrough involves designing and implementing universal quantum gates using single photon manipulation.
The research aims to produce powerful quantum computers that can be widely used, like classical computers. Around November 1, 2025, the Indian Institute of Science Office of Communications' KERNEL features featured the scientific announcement.
Unleash Quantum Phenomena
Quantum computers outperform ordinary computers due to superposition and entanglement. Quantum computers use qubits, while classical use ON/OFF bits.
Superposition gives a qubit a quantum advantage by being ON and OFF. When two or more particles are sufficiently closely connected that an impact on one instantly affects the other, even when they are far apart, entanglement occurs. These systems can calculate faster than conventional machines because qubits can superpose.
Six-Qubit Photonic System Architecture
The team led by IISc Department of Electronic Systems Engineering and Instrumentation and Applied Physics researcher C M Chandrashekar made this finding. Their research focused on encoding information as qubits using photons, light packets.
Scientists modified photons to work as three qubits in this combination. Every photon has two polarisation states, which create an intrinsic qubit. Researchers encoded more qubits using route encoding, an advanced method. While in superposition, a travelling photon is split into two spatial pathways. After two passes, the pathways are recombined. This gave the photon three qubits: two from route encoding and one from polarisation states.
The researchers created a six-qubit entangled state by entangled two photons with the same configuration.
Building Universal Quantum Gates
Quantum computers use quantum gates, which are like classical computers' AND, OR, and NOT gates. The IISc team created these quantum gates utilising their revolutionary six-qubit technology.
The building was built via a series of quantum walks, a precise method that allows a particle to move under control. This photon-based experiment required linear optical components like waveplates, beam splitters, and mirrors. By methodically tweaking these pieces, the scientists created the full set of universal quantum gates for quantum computation.
Benefits and Prospects
This achievement relies on photonic qubit selection. Photonic qubits are suited for real-world quantum computing because they function at ambient temperature and resist environmental noise.
The study shows experimentally how single photons can deterministically generate multi-qubit gates and encode multiple qubits. The deterministic implementation of these gates was an advance over photon-based approaches.
Based on foundational research at IISc, reported in KERNEL, this demonstration shows a clear path to publically accessible quantum computers. India's quantum computing efforts took a major turn with this six-qubit machine.