Saket Kumar

Research Scholar

[Saket Kumar @SaketKu03378069]

@oyorooms today I am facing wrost experience of my life i have book a room through oyoapp but when i reached hotel the manager refused to give the room and the customer still hasn't resolved the problem who is responsible????

[For all Curious @fascinatingonX]

🚨BREAKING NEWS: The Voyager spacecraft discovered a "Fire Wall" at a temperature of 30,000-50,000 Kelvin at the edge of Solar System.

[NASA Space Alerts @NASASpaceAlerts]

It’s #SunDay! This week’s (Nov. 28 - Dec. 4) space weather report includes:
· 1 X-class flare
· 9 M-class flares
· 44 coronal mass ejections
· 1 geomagnetic storm

This video from NASA’s Solar Dynamics Observatory (SDO) shows the week’s activity.

This week’s X-class flare, at about 1:23 in the video below, is particularly photogenic because of its location on the Sun’s limb, or edge. This positioning gave SDO a clear view of a suspended strand of solar plasma, known as a prominence, against the blackness of space as it erupted with the flare.

More imagery and information about that flare: https://t.co/ynWd2xuzaU

[NASA Space Alerts @NASASpaceAlerts]

Our accounts may have been quiet, but the Sun sure hasn’t! ☀️💥

So far, November has already seen six X-class solar flares and the strongest geomagnetic storm of 2025.

All but one of these flares — the X1.1 flare on Nov. 4, shown here at the lower left — erupted from the same active region on the Sun: AR14274. This composite image from NASA’s Solar Dynamics Observatory, or SDO, helps us visualize how AR14274 has moved across the Sun during that time. This composite image is created by overlaying SDO’s images from each flare onto each other.

Solar flares, which are intense flashes of light, do not themselves cause geomagnetic storms — but they are often associated with coronal mass ejections, giant eruptions of solar particles, that do. The three back-to-back flares in the middle of this image, erupting on Nov. 9, 10 and 11, were accompanied by coronal mass ejections that triggered the intense geomagnetic storm of Nov. 11-13, which led to aurora sightings as far south as Florida.

📸 credit: NASA/SDO/Scott Wiessinger

[Edward.Vijayakumar @edwanx]

A new region behind the NE limb just produced a C9.9 flare, almost M-class. True magnitude is likely higher due to limb occultation.

[Stefan Burns @StefanBurnsGeo]

SHOCK analysis for the coronal mass ejection launched from the 1.8 X-flare. BOOM! If this model is correct, this CME is coming in hard and fast just after the Full Supermoon.

[ᴛʀᴇᴇ ᴛᴀɴɴᴇʀ @treetanner]

WOW check out this #fireball captured this morning @ 6:56 facing NNW!! ☄️ @CalgaryRASC

[Harlan Thomas @theauroraguy]

That was an Earth directed CME that I spied! I think that we are going to see more than a glancing blow... the timing is about right though... arrival on the 16th #Aurora #Auroraborealis #Northernlights

[Saket Kumar @SaketKu03378069]

https://t.co/rMpC6QitVl

[Stefan Burns @StefanBurnsGeo]

Earth's radiation belts have been highly charged for the past week straight

[Stefan Burns @StefanBurnsGeo]

Past 90 days (07/13-10/11/25) of coronal holes on the Sun and global seismic activity rhythms. Mid-latitude coronal hole high-speed-stream impacts and the subsequent extended periods of very low solar wind plasma density (<1 particle/cm^3) that follow match up the best with high-magnitude earthquake rhythms

[Vincent Ledvina @Vincent_Ledvina]

A C9.6 flare from AR 4146 produced a coronal dimming suggesting a CME left the Sun's atmosphere... from preliminary STEREO-A COR2 imagery, it looks like the CME is slow but partially heading towards Earth. We now wait for LASCO/CCOR and models to give us more information.

[Latest in space @latestinspace]

BREAKING 🚨: ESA says its JUICE spacecraft will photograph interstellar comet 3I/ATLAS while on its way to Jupiter

'Sometime between Nov. 2 and 25'

[Landon Moeller @landon_wx]

A simulation of Comet Lemmon from Earth’s POV in 2 weeks ‼️

Credit -&gt; https://t.co/iDU7b3mEP7

[Industrial Engineer Irene Quiroz @nenecallas]

We see CH and the Forecast of the coronal hole area and solar wind speed

[Landon Moeller @landon_wx]

The large (-) coronal hole, which brought G3 storming last month has come back around to the east side of the sun. This rotation, it is much smaller due to AR development in its northwest side. It will be interesting to see how this affects the CIR, which is working against RM.

[Vincent Ledvina @Vincent_Ledvina]

It looks like we are under the influence of the first CME, still. You see in Bt that nice smooth rounding which is a sign of a CME flux rope or magnetic core. The bz has been almost completely south for the last 24 hours. Effects may be waning soon, but we’ll see!

[All day Astronomy @forallcurious]

BREAKING 🚨: Half of the world to go dark for six minutes in event that won't be seen again for 100 years— A total solar eclipse!

[Stefan Burns @StefanBurnsGeo]

We don't have three plasma waves coming but FOUR! Each jump in the Interplanetary Magnetic Field (Bt) is about 10 nT, so not massive, but the cumulative effect on the Earth geomagnetically may be significant and take us beyond active/G1 conditions. Aurora coming! #spaceweather

[Marko Rummelsburg @doktornihil]

Slow CME with earth-directed components and unclear origin. When will it arrive? We need more data.

[Industrial Engineer Irene Quiroz @nenecallas]

We see the HUXt forecast, two CMEs are observed, let's wait to see how they evolve.