PLASMA 2025 Begins at IIT Tirupati 🔬⚡
The 40th National Symposium on Plasma Science and Technology (PLASMA 2025) was inaugurated at IIT Tirupati on 27 December 2025. The three-day national event (27–29 Dec) brings together leading scientists, researchers, industry experts, and students to discuss cutting-edge advances in plasma science and technology, with the theme “Plasma for a Sustainable Future.”
The symposium features invited talks, technical sessions, poster presentations, and panel discussions, highlighting plasma applications in fusion energy, advanced materials, space science, and biomedical technologies.
#PLASMA2025 #IITTirupati #PlasmaScience #SustainableFuture #PSSI #ResearchInnovation
Indian Institute of Geomagnetism announces the Conference on Plasma Simulation (CPS-2024) during November 11-13, 2024 at IIG, Navi Mumbai. @DrJitendraSingh, @IndiaDST, @karandi65 , @apdimri1
Achieving a sustained #fusion reaction is a delicate balancing act. ⚖️ @EPrinceton reports how PPPL researchers have deployed machine learning methods to suppress harmful edge instabilities — without sacrificing plasma performance. ➡️ https://t.co/d12eJYmsnv
@EPFL_en offers us an immersive dive into #fusion☀️
With the support of @FusionInCloseUp, they developed a system that turns terabytes of data and complex physics models into realistic 3D recreations of plasma🌀
Read about how they made it: https://t.co/YZND8yhmC7
Check it out👇
Think it's hot outside? ☀️ Pfft. That's nothing compared to what happens inside a #fusion device. But such heat might not be as troublesome as once thought, according to PPPL, @ORNL and @iterorg. Get the details from @ScienMag: https://t.co/CZgqOVSEwQ
IISc turns 115 today! 🎉
The vesting order for establishing IISc was published on 27 May 1909, officially bringing the Institute into existence.
https://t.co/atM1DkNYVV
As we get ready to break ground for the Princeton Plasma Innovation Center (PPIC), see how theory and computational sciences continue to lay the foundation for advancements in plasma physics and enable us to push the limits of possibility. https://t.co/dZDDHARoXG
WEST, the tungsten (W) Environment in Steady-state Tokamak, operated by @CEA_France, has sustained a #fusion plasma of about 50 million degrees Celsius for a record six minutes. ⚛️ Measurements by @PPPLab & tech by @DECTRIS_News. @BusinessInsider reports: https://t.co/drpbIlXylD
Built with permanent magnets (think really strong versions of the magnets on your fridge), MUSE is a completely new way to design a stellarator. @PopSci reports on this innovative twist on confining plasma to harness #fusion. https://t.co/VH5IWVcspO
Is the future of space travel powered by plasma? On #NationalSpaceDay, Fatima Ebrahimi at PPPL thinks it might be. She recently presented about her Magnetic Reconnection Drive (MRD) plasma-propulsion system at @Princeton with @princeton_PEC. https://t.co/j88KSCEv4Z
Use of Machine learning is leading from the front to understand, predict and expedite Fusion research. @IiscPtg key member Jaya Kumar gave an invited talk @ 4th Fusion HPC conference @Fusion_BSCon on Neural-Network assisted Gyrokinetic simulation. @iiscbangalore@Physics_at_IISc
Join us on an immersive tour of the #ITER worksite!
See our 360 degree images of the latest changes - enter the Assembly Hall and the #Tokamak pit; see the storage of giant components and a lot more...
Start the tour from the homepage or here: https://t.co/BfpGWfokoY
@V360indus