Загрузка видео...

Не удалось загрузить видео

На главную

A moderately explosive eruption from Kanlaon Volcano at 4:38pm today, lasting around two minutes based on seismic data. A dark grey ash plume shot about 2,000 metres above the crater before drifting southwest. Pyroclastic density currents then moved down the southern and southwestern upper slopes, reaching roughly 1 kilometre...

volcaholic1's profile picture

Volcaholic 🌋

205,440 subscribers

16,093 просмотров • 7 месяцев назад •via X (Twitter)

Новости и политикаОбразованиеНаука и технологии
LIVE

Anya Rossi• Live Now

Private livecam show

Комментарии: 0

Нет доступных комментариев

Здесь появятся комментарии из оригинального поста

Похожие видео

An explosive eruption at Kanlaon Volcano sent a towering ash plume about 2,000 meters into the sky on Thursday. 🌋
0:14

An explosive eruption at Kanlaon Volcano sent a towering ash plume about 2,000 meters into the sky on Thursday. 🌋

AccuWeather

18,861 просмотров • 7 месяцев назад

LOOK: A minor phreatomagmatic eruption from Taal Volcano Island's Main Crater at 02:02 AM today, 01 October 2025 was captured by the thermal camera at Taal Volcano Observatory (TVO) and IP Camera at the Main Crater Observation station (VTMC). The event produced a 2500-meter-high eruption plume that drifted northwest. Alert Level 1 prevails over Taal Volcano. #TaalVolcano
0:16

LOOK: A minor phreatomagmatic eruption from Taal Volcano Island's Main Crater at 02:02 AM today, 01 October 2025 was captured by the thermal camera at Taal Volcano Observatory (TVO) and IP Camera at the Main Crater Observation station (VTMC). The event produced a 2500-meter-high eruption plume that drifted northwest. Alert Level 1 prevails over Taal Volcano. #TaalVolcano

PHIVOLCS-DOST

70,995 просмотров • 11 месяцев назад

LOOK: Minor phreatic eruption from Taal Volcano Island's Main Crater at 09:18PM to 09:22PM today, 29 May 2025, as captured by the thermal camera of the Buco Observation Station (VTBC) and IP camera of the Lower Calauit Observation Station (VTLC). The event produced a 1500-meter-high eruption plume that drifted northeast. Alert Level 1 prevails over Taal Volcano. #TaalVolcano
0:04

LOOK: Minor phreatic eruption from Taal Volcano Island's Main Crater at 09:18PM to 09:22PM today, 29 May 2025, as captured by the thermal camera of the Buco Observation Station (VTBC) and IP camera of the Lower Calauit Observation Station (VTLC). The event produced a 1500-meter-high eruption plume that drifted northeast. Alert Level 1 prevails over Taal Volcano. #TaalVolcano

PHIVOLCS-DOST

18,758 просмотров • 1 год назад

Mount Merapi in Indonesia produced a pyroclastic flow on Sunday, 28/06/2026. The flow travelled around 2km westwards towards the upper Sat/Putih River area, lasting nearly 2 minutes. Authorities are warning people to stay away from danger zones and river channels connected to the volcano. Mount Merapi remains at Level III alert status, meaning the volcano is showing increased activity and people should follow official safety warnings.
0:12

Mount Merapi in Indonesia produced a pyroclastic flow on Sunday, 28/06/2026. The flow travelled around 2km westwards towards the upper Sat/Putih River area, lasting nearly 2 minutes. Authorities are warning people to stay away from danger zones and river channels connected to the volcano. Mount Merapi remains at Level III alert status, meaning the volcano is showing increased activity and people should follow official safety warnings.

Volcaholic 🌋

76,367 просмотров • 2 месяцев назад

Kīlauea Eruption Update — The Big 5-0! Episode 50 of Kīlauea summit lava fountaining began at 10:10 a.m. HST today, June 27, and is ongoing. This is the 50th lava fountaining episode in the eruption that began in Kīlauea summit caldera in Hawai‘i Volcanoes National Park on December 23, 2024. The lava fountain from the north vent is reaching an estimated 600-700 feet high above the vent. According to the National Weather Service, surface winds below the inversion level (about 8000 feet or 2400 meters above sea level) are forecast to be moderate to strong tradewinds out of the northeast, which will move the lower part of the plume to the southwest and result in tephrafall in that direction. Above the inversion layer, very light winds are forecast up to 18000 feet (5000 meters), which might allow the plume to spread out. Above this, winds will become more westerly and strengthen. Higher level winds could push parts of the plume to the east and could result in ash and Pele’s hair falling to the east. Fountaining episodes typically last 12 hours or less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 50 on June 27, 2026. #Kilauea #Eruption #Lava
0:12

Kīlauea Eruption Update — The Big 5-0! Episode 50 of Kīlauea summit lava fountaining began at 10:10 a.m. HST today, June 27, and is ongoing. This is the 50th lava fountaining episode in the eruption that began in Kīlauea summit caldera in Hawai‘i Volcanoes National Park on December 23, 2024. The lava fountain from the north vent is reaching an estimated 600-700 feet high above the vent. According to the National Weather Service, surface winds below the inversion level (about 8000 feet or 2400 meters above sea level) are forecast to be moderate to strong tradewinds out of the northeast, which will move the lower part of the plume to the southwest and result in tephrafall in that direction. Above the inversion layer, very light winds are forecast up to 18000 feet (5000 meters), which might allow the plume to spread out. Above this, winds will become more westerly and strengthen. Higher level winds could push parts of the plume to the east and could result in ash and Pele’s hair falling to the east. Fountaining episodes typically last 12 hours or less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 50 on June 27, 2026. #Kilauea #Eruption #Lava

USGS Volcanoes🌋

34,513 просмотров • 2 месяцев назад

🚨🌋 #Urgent A Massive eruption at Ambae Volcano, Vanuatu, reported today, 25 August, at around 09:40 local time. This volcanic eruption is significant climatically from various many aspect and should be marked down. Initial reports indicate an exceptionally large eruption, with the volcanic plume reportedly exceeding 15.5 km in altitude. The Wellington VAAC has been monitoring renewed ash emissions from Ambae, although the precise height of today’s event is still subject to verification. This event lines up remarkably well with the solar–geomagnetic uptick between 24-30 August, that I have forecast several weeks ago. A plume reaching the upper troposphere/lower stratosphere could potentially have implications for the atmospheric circulation during the forthcoming autumn and winter, depending on the amount and composition of material injected and how long the eruption persists. Importante : 🚨My preliminary statistical analogue models are already pointing toward a potentially strongly volcanic-forced winter signal for the December–March 2027 period. I’ll be posting a detailed analysis of the potential atmospheric and climatic impacts soon. Volcanic forced winters are associated with warmer conditions over central and north-central Europe in general with much monthly variability. According to local reports, monitoring is also underway for a possible tsunami in tje region of the ruptured volcano . More details to follow on volcanic imprints clr next winter via separate posts as observations and official assessments become available.
0:12

🚨🌋 #Urgent A Massive eruption at Ambae Volcano, Vanuatu, reported today, 25 August, at around 09:40 local time. This volcanic eruption is significant climatically from various many aspect and should be marked down. Initial reports indicate an exceptionally large eruption, with the volcanic plume reportedly exceeding 15.5 km in altitude. The Wellington VAAC has been monitoring renewed ash emissions from Ambae, although the precise height of today’s event is still subject to verification. This event lines up remarkably well with the solar–geomagnetic uptick between 24-30 August, that I have forecast several weeks ago. A plume reaching the upper troposphere/lower stratosphere could potentially have implications for the atmospheric circulation during the forthcoming autumn and winter, depending on the amount and composition of material injected and how long the eruption persists. Importante : 🚨My preliminary statistical analogue models are already pointing toward a potentially strongly volcanic-forced winter signal for the December–March 2027 period. I’ll be posting a detailed analysis of the potential atmospheric and climatic impacts soon. Volcanic forced winters are associated with warmer conditions over central and north-central Europe in general with much monthly variability. According to local reports, monitoring is also underway for a possible tsunami in tje region of the ruptured volcano . More details to follow on volcanic imprints clr next winter via separate posts as observations and official assessments become available.

Hodhodata@statistics

43,960 просмотров • 27 дней назад

Kīlauea Eruption Update — Episode 45 of Kīlauea summit lava fountaining began at 1:34 a.m. HST today, April 23, and is ongoing. Lava fountains at the north vent are currently about 700 feet (200 meters) high. Winds are blowing from the north, which suggests that volcanic gas emissions and volcanic material may be distributed to the south/southwest from Halemaʻumaʻu. The National Weather Service Honolulu Forecasting Office has issued an Ashfall Advisory for the District of Ka’ū to the southwest of the eruptive vents. Fountaining episodes typically last 12 hours of less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 45 during the early morning hours on April 23, 2026. #Kilauea #Eruption #Lava
0:10

Kīlauea Eruption Update — Episode 45 of Kīlauea summit lava fountaining began at 1:34 a.m. HST today, April 23, and is ongoing. Lava fountains at the north vent are currently about 700 feet (200 meters) high. Winds are blowing from the north, which suggests that volcanic gas emissions and volcanic material may be distributed to the south/southwest from Halemaʻumaʻu. The National Weather Service Honolulu Forecasting Office has issued an Ashfall Advisory for the District of Ka’ū to the southwest of the eruptive vents. Fountaining episodes typically last 12 hours of less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 45 during the early morning hours on April 23, 2026. #Kilauea #Eruption #Lava

USGS Volcanoes🌋

14,401 просмотров • 5 месяцев назад

Kīlauea Eruption Update — Episode 47 of Kīlauea summit lava fountaining began at 3:27 p.m. HST today, May 14, and is ongoing. This eruption is taking place within Kīlauea summit caldera in Hawai‘i Volcanoes National Park. Precursory lava flows began from the south vent at 2:57 a.m. this morning, May 14, and continued intermittently today from both the north and south vents. Both vents are currently erupting, with low-level activity in the south vent while lava fountains at the north vent are currently about 65 feet (20 meters) high. National Weather Service forecasts low-level tradewinds today, which suggests that volcanic gas emissions and volcanic material may be distributed southwest of Halemaʻumaʻu. Fountaining episodes typically last 12 hours of less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 47 around 3:30 p.m. HST on May 12, 2026. #Kilauea #Eruption #Lava
0:13

Kīlauea Eruption Update — Episode 47 of Kīlauea summit lava fountaining began at 3:27 p.m. HST today, May 14, and is ongoing. This eruption is taking place within Kīlauea summit caldera in Hawai‘i Volcanoes National Park. Precursory lava flows began from the south vent at 2:57 a.m. this morning, May 14, and continued intermittently today from both the north and south vents. Both vents are currently erupting, with low-level activity in the south vent while lava fountains at the north vent are currently about 65 feet (20 meters) high. National Weather Service forecasts low-level tradewinds today, which suggests that volcanic gas emissions and volcanic material may be distributed southwest of Halemaʻumaʻu. Fountaining episodes typically last 12 hours of less, but ash can remain in the air for longer depending on wind and weather conditions. Please stay aware of hazards and rely on official updates from USGS, National Weather Service, and Hawai’i Volcanoes National Park. 🎥 Video of episode 47 around 3:30 p.m. HST on May 12, 2026. #Kilauea #Eruption #Lava

USGS Volcanoes🌋

15,806 просмотров • 4 месяцев назад

AI video is remarkably good at imagining historical events. This is a one-shot video from Seedance 2 of Pompeii when Mt. Vesuvius erupted. Prompt is below, you can ask an LLM to rewrite it for any other event 👇 This is handheld documentary footage recorded on an early-2000s consumer DV camcorder from the streets of Pompeii at the moment Mount Vesuvius begins erupting. The footage feels like real, imperfect home video of ordinary people witnessing the beginning of a historic disaster. The recording shows a busy street in Pompeii during the daytime, with merchants, families, children, laborers, and townspeople moving through the city. In the distance, Mount Vesuvius is visible above the rooftops. At first, people are going about normal daily life, but then a strange plume of smoke and ash begins rising from the volcano. The crowd gradually notices it. Some people stop and stare, some point toward the mountain, and others begin shouting to one another in confusion. The camera moves through the street like someone in the crowd trying to capture what is happening. It shows frightened townspeople looking up at the sky, parents pulling children closer, merchants abandoning their stalls, and groups of people beginning to run as ash starts falling. The footage captures the shift from curiosity to fear as the eruption becomes impossible to ignore. There are natural cuts between wider views of the street, the mountain in the distance, and closer views of people reacting in panic. The handheld camera shows natural shake, drifting framing, sudden reactive movement, autofocus mistakes as the person filming swings between the crowd and the volcano, slight exposure problems from bright daylight and ash in the air, and the imperfect look of old DV footage. The movement should feel urgent and unplanned, like someone trying to document the disaster while also staying safe. Natural sound only: the noise of the street, footsteps on stone, people murmuring and then shouting, children crying, distant rumbling from the volcano, debris falling, and the panic of the crowd. No cinematic music added. The result must feel like authentic, raw footage of ordinary people in Pompeii experiencing the beginning of the eruption of Mount Vesuvius, captured on an old DV camcorder.”
0:10

AI video is remarkably good at imagining historical events. This is a one-shot video from Seedance 2 of Pompeii when Mt. Vesuvius erupted. Prompt is below, you can ask an LLM to rewrite it for any other event 👇 This is handheld documentary footage recorded on an early-2000s consumer DV camcorder from the streets of Pompeii at the moment Mount Vesuvius begins erupting. The footage feels like real, imperfect home video of ordinary people witnessing the beginning of a historic disaster. The recording shows a busy street in Pompeii during the daytime, with merchants, families, children, laborers, and townspeople moving through the city. In the distance, Mount Vesuvius is visible above the rooftops. At first, people are going about normal daily life, but then a strange plume of smoke and ash begins rising from the volcano. The crowd gradually notices it. Some people stop and stare, some point toward the mountain, and others begin shouting to one another in confusion. The camera moves through the street like someone in the crowd trying to capture what is happening. It shows frightened townspeople looking up at the sky, parents pulling children closer, merchants abandoning their stalls, and groups of people beginning to run as ash starts falling. The footage captures the shift from curiosity to fear as the eruption becomes impossible to ignore. There are natural cuts between wider views of the street, the mountain in the distance, and closer views of people reacting in panic. The handheld camera shows natural shake, drifting framing, sudden reactive movement, autofocus mistakes as the person filming swings between the crowd and the volcano, slight exposure problems from bright daylight and ash in the air, and the imperfect look of old DV footage. The movement should feel urgent and unplanned, like someone trying to document the disaster while also staying safe. Natural sound only: the noise of the street, footsteps on stone, people murmuring and then shouting, children crying, distant rumbling from the volcano, debris falling, and the panic of the crowd. No cinematic music added. The result must feel like authentic, raw footage of ordinary people in Pompeii experiencing the beginning of the eruption of Mount Vesuvius, captured on an old DV camcorder.”

Justine Moore

21,089 просмотров • 2 месяцев назад

From International Space Station, we have a unique vantage point to observe lightning storms from directly above them. Much like from the ground, they appear as rapid, intense flashes that are over as quickly as they started. But, with the help of handheld cameras and a bit of practice (and, admittedly, some luck), we can capture these intense flashes with a very high frame rate then slow them down to see how the lightning propagates. It's lightning, in slow motion. This is one that occurred over Indonesia on 6/28. I shot it for a half second at 1/120 frame rate, so, 60 separate frames. I then compiled those frames into two videos: the first, in real-time, and the second, slowed down so that each frame is a half second to highlight the progression of the flash. Note the incredible burst of light in one frame, which includes what is likely a TLE on the upper left. A TLE, or Transient Luminous Event, is an electrical discharge that happens in the upper atmosphere above lightning storms (if you haven’t seen Ferry Farhan TLE photo from last week, head over to her page). As their name implies, these are transient, or short lived, phenomena – it appeared in only one frame of the sequence, lasting for no more than 1/120th of a second. The last photo is that single frame. Absolutely incredible.
0:01

From International Space Station, we have a unique vantage point to observe lightning storms from directly above them. Much like from the ground, they appear as rapid, intense flashes that are over as quickly as they started. But, with the help of handheld cameras and a bit of practice (and, admittedly, some luck), we can capture these intense flashes with a very high frame rate then slow them down to see how the lightning propagates. It's lightning, in slow motion. This is one that occurred over Indonesia on 6/28. I shot it for a half second at 1/120 frame rate, so, 60 separate frames. I then compiled those frames into two videos: the first, in real-time, and the second, slowed down so that each frame is a half second to highlight the progression of the flash. Note the incredible burst of light in one frame, which includes what is likely a TLE on the upper left. A TLE, or Transient Luminous Event, is an electrical discharge that happens in the upper atmosphere above lightning storms (if you haven’t seen Ferry Farhan TLE photo from last week, head over to her page). As their name implies, these are transient, or short lived, phenomena – it appeared in only one frame of the sequence, lasting for no more than 1/120th of a second. The last photo is that single frame. Absolutely incredible.

COL Anne McClain

82,113 просмотров • 1 год назад

We've all seen how 60 Minutes interviews Trump. They go to war with him on every statement. Scott Pelley has interviewed Biden numerous times. They are always softball interviews but his 2022 interview with Biden was particularly pathetic. Inflation was just off of a 40 year high. Pelley did ask him one question it about inflation in the beginning and then moved on to the fun stuff. No questions about the disastrous withdrawal from Afghanistan the year before. No questions about the fact that the border was wide open and had been for two years. Here's some clips from that pathetic interview. 1/7: Biden claims to have reduced the debt. No correction or follow-up from Pelley.
0:18

We've all seen how 60 Minutes interviews Trump. They go to war with him on every statement. Scott Pelley has interviewed Biden numerous times. They are always softball interviews but his 2022 interview with Biden was particularly pathetic. Inflation was just off of a 40 year high. Pelley did ask him one question it about inflation in the beginning and then moved on to the fun stuff. No questions about the disastrous withdrawal from Afghanistan the year before. No questions about the fact that the border was wide open and had been for two years. Here's some clips from that pathetic interview. 1/7: Biden claims to have reduced the debt. No correction or follow-up from Pelley.

MAZE

350,657 просмотров • 3 месяцев назад

A deadpan cat named KET went vertical today $KET did nothing for two weeks on Pump.fun, then added roughly $7.4M of market cap in 24 hours, a near-700% move that tagged a $14M high before settling around $8.4M, about a third below the top. The tape is a genuine tug of war, with 20,040 buys against 18,986 sells today and buy volume barely edging sells. The audit reads cleaner than most trench launches: 3,652 holders, top 10 at 31.6%, KET dev wallet at zero, and the token has graduated to PumpSwap. The pitch remains a man in a deadpan cat suit telling you not to be one. NFA.
0:14

A deadpan cat named KET went vertical today $KET did nothing for two weeks on Pump.fun, then added roughly $7.4M of market cap in 24 hours, a near-700% move that tagged a $14M high before settling around $8.4M, about a third below the top. The tape is a genuine tug of war, with 20,040 buys against 18,986 sells today and buy volume barely edging sells. The audit reads cleaner than most trench launches: 3,652 holders, top 10 at 31.6%, KET dev wallet at zero, and the token has graduated to PumpSwap. The pitch remains a man in a deadpan cat suit telling you not to be one. NFA.

BSCN

19,376 просмотров • 2 месяцев назад

Just look at this guy! 😳 He was already standing around 25 feet above the ground, balancing on people’s shoulders to break the Janmashtami handi (traditional earthen pot). The pot was more than 5 feet away from him. And from that height, with no proper base beneath him, he jumped into the air, reached the pot, broke it mid-air, and then came down and landed on the ground. Think about it - even from solid ground, jumping straight up 5 feet and reaching something that high isn’t easy. This guy did it while already 25 feet in the air, balancing on people’s shoulders. The balance, timing, strength and courage it took to pull that off deserve serious respect. What a talent. Hats off to this guy. 🔥
0:12

Just look at this guy! 😳 He was already standing around 25 feet above the ground, balancing on people’s shoulders to break the Janmashtami handi (traditional earthen pot). The pot was more than 5 feet away from him. And from that height, with no proper base beneath him, he jumped into the air, reached the pot, broke it mid-air, and then came down and landed on the ground. Think about it - even from solid ground, jumping straight up 5 feet and reaching something that high isn’t easy. This guy did it while already 25 feet in the air, balancing on people’s shoulders. The balance, timing, strength and courage it took to pull that off deserve serious respect. What a talent. Hats off to this guy. 🔥

Saffron Chargers

37,684 просмотров • 17 дней назад

What an exciting day at Wallops Island. The Antonov AN-124 came in from the south this morning, touching down at NASA Wallops Flight Facility at around 10:10 AM. No photo does that aircraft justice — it has to be seen in person to truly appreciate the scale. It taxied to the end of the runway and was unloaded incredibly fast. By the time we packed up and went to grab lunch down the road, it was already back in the air. Total ground time: roughly two and a half hours. Rocket Lab moved fast today. Right after lunch we swung by the AIC — Rocket Lab's Assembly and Integration Complex — and sure enough, they were already loading the PAF (Payload Attach Fitting / Payload Adapter) into the gray building at the Neutron complex. The other containers offloaded from the AN-124 remain a mystery — we never did see where those went. Watching to see if Rocket Lab issues any media briefings soon. Also put together a short video from about 250 still photos taken during the landing this morning — excuse a little jitter, but it captures just how quickly things moved today. Landing 4K Video here: Rollout 4K Video here: NSF - NASASpaceflight.com
0:16

What an exciting day at Wallops Island. The Antonov AN-124 came in from the south this morning, touching down at NASA Wallops Flight Facility at around 10:10 AM. No photo does that aircraft justice — it has to be seen in person to truly appreciate the scale. It taxied to the end of the runway and was unloaded incredibly fast. By the time we packed up and went to grab lunch down the road, it was already back in the air. Total ground time: roughly two and a half hours. Rocket Lab moved fast today. Right after lunch we swung by the AIC — Rocket Lab's Assembly and Integration Complex — and sure enough, they were already loading the PAF (Payload Attach Fitting / Payload Adapter) into the gray building at the Neutron complex. The other containers offloaded from the AN-124 remain a mystery — we never did see where those went. Watching to see if Rocket Lab issues any media briefings soon. Also put together a short video from about 250 still photos taken during the landing this morning — excuse a little jitter, but it captures just how quickly things moved today. Landing 4K Video here: Rollout 4K Video here: NSF - NASASpaceflight.com

EasternShoreSpaceflight

13,024 просмотров • 4 месяцев назад

A spectacular “Ring of Fire” just blazed across the Antarctic sky today, February 17, 2026 — the first solar eclipse of the year, and a rare annular one that turned the Sun into a blazing celestial halo. In this stunning alignment, the Moon slipped between Earth and the Sun but — because it was near the farther point in its elliptical orbit (close to apogee) — appeared slightly smaller than the Sun's disk. Instead of total darkness, a brilliant ring of sunlight encircled the Moon's dark silhouette, creating that iconic fiery annulus for up to about 2 minutes and 20 seconds at maximum.The path of true annularity carved a narrow corridor roughly 616 km (383 miles) wide and 4,282 km (2,661 miles) long across the icy expanse of Antarctica — one of the most remote and inhospitable places on Earth. Very few humans witnessed the full “Ring of Fire”: perhaps a handful at research stations like Concordia Station, where the peak hit around 19:47 local time (12:13 UTC / 7:13 a.m. EST), with the Sun about 96% obscured.Everywhere else in the vast southern regions, the eclipse appeared as a dramatic partial bite taken from the Sun. Partial phases were visible across:Much of southern Africa (including South Africa, Mozambique, Madagascar) The southern tips of Argentina and Chile Broad swaths of the Southern Ocean, Pacific, Atlantic, and Indian Oceans The event kicked off with the first partial shadows around 09:56 UTC, reached maximum at 12:13 UTC, and wrapped up by 14:27 UTC — a roughly 4.5-hour celestial dance viewed from half a hemisphere away.Astronomy enthusiasts and scientists alike marveled at the precision of orbital mechanics on display: the Moon's apparent size just shy of perfect coverage, the Sun's corona faintly visible around the edges in safe-filtered views, and the eerie dimming of daylight in partial zones.This remote spectacle kicks off what many are calling a golden age of eclipses — with a total solar eclipse coming up on August 12, 2026 (visible from Greenland, Iceland, and northern Spain), followed by more totals and annulars through 2028.A reminder of cosmic rhythm: even in the harshest, loneliest corners of our planet, the universe puts on a show of breathtaking beauty and perfect timing.(Sources: NASA eclipse resources, Wikipedia Solar Eclipse of February 17, 2026, EarthSky, and related astronomical reports.)
0:11

A spectacular “Ring of Fire” just blazed across the Antarctic sky today, February 17, 2026 — the first solar eclipse of the year, and a rare annular one that turned the Sun into a blazing celestial halo. In this stunning alignment, the Moon slipped between Earth and the Sun but — because it was near the farther point in its elliptical orbit (close to apogee) — appeared slightly smaller than the Sun's disk. Instead of total darkness, a brilliant ring of sunlight encircled the Moon's dark silhouette, creating that iconic fiery annulus for up to about 2 minutes and 20 seconds at maximum.The path of true annularity carved a narrow corridor roughly 616 km (383 miles) wide and 4,282 km (2,661 miles) long across the icy expanse of Antarctica — one of the most remote and inhospitable places on Earth. Very few humans witnessed the full “Ring of Fire”: perhaps a handful at research stations like Concordia Station, where the peak hit around 19:47 local time (12:13 UTC / 7:13 a.m. EST), with the Sun about 96% obscured.Everywhere else in the vast southern regions, the eclipse appeared as a dramatic partial bite taken from the Sun. Partial phases were visible across:Much of southern Africa (including South Africa, Mozambique, Madagascar) The southern tips of Argentina and Chile Broad swaths of the Southern Ocean, Pacific, Atlantic, and Indian Oceans The event kicked off with the first partial shadows around 09:56 UTC, reached maximum at 12:13 UTC, and wrapped up by 14:27 UTC — a roughly 4.5-hour celestial dance viewed from half a hemisphere away.Astronomy enthusiasts and scientists alike marveled at the precision of orbital mechanics on display: the Moon's apparent size just shy of perfect coverage, the Sun's corona faintly visible around the edges in safe-filtered views, and the eerie dimming of daylight in partial zones.This remote spectacle kicks off what many are calling a golden age of eclipses — with a total solar eclipse coming up on August 12, 2026 (visible from Greenland, Iceland, and northern Spain), followed by more totals and annulars through 2028.A reminder of cosmic rhythm: even in the harshest, loneliest corners of our planet, the universe puts on a show of breathtaking beauty and perfect timing.(Sources: NASA eclipse resources, Wikipedia Solar Eclipse of February 17, 2026, EarthSky, and related astronomical reports.)

Black Hole

11,992 просмотров • 7 месяцев назад

Watch this 17-second clip carefully. What you are about to see is not what it claims to be. For over 25 years I’ve worked as a specialist forensic analyst, both within the intelligence world as well as private security sector. So I’m going to show you how forensic analysis really works to uncover the truth about what we see put in front of us. TRT World, Turkish state media, released this video claiming it shows an Israeli airstrike on a residential building in Al Zaitoun, Gaza on January 5, 2025. The dramatic footage with emotional Arabic overlay text was designed to generate instant outrage. While obvious Pallywood often uses fake blood and staged injuries, this one is more sophisticated. It relies on perfect timing and internal preparation. Here is the second-by-second breakdown: Seconds 0 to 1: The camera is already perfectly framed on the building. White smoke begins venting from multiple windows simultaneously. At around the one-second mark, a bright red dot appears on an upper window for a fraction of a second right before the blast. This is the trigger light that lights up the instant before an explosive charge is detonated. It also acts as a marker for the cameraman. No incoming missile, no external impact flash. Seconds 1 to 2: A massive dark smoke plume erupts violently outward and upward. Debris is ejected. When a real missile strikes a building, you typically see large flames from the missile’s fuel and the force ripping apart major sections of concrete, producing large chunks of debris. Here, we see no significant flames and only small debris mixed with heavy dust, exactly what you would expect from a small internal explosive device designed mainly to blow out windows and create a dramatic smoke plume. The explosion originates from inside the building and expands symmetrically. Seconds 2 to 4: The smoke cloud balloons dramatically. The cameraman, already positioned and recording, smoothly tilts up to capture the most cinematic part of the plume. Seconds 4 to 6: The camera tilts down to street level. A girl in bright pink walks across the dusty area almost casually, not showing the expected panic. Seconds 6 to 9: Civilians appear relatively composed. Then the man in the red hoodie runs in, stops dramatically, and points upward while shouting in a theatrical manner. Seconds 9 to 17: People mill about with surprising calm as dust swirls. The camera work remains composed enough to capture the drama while TRT World adds the emotional propaganda text. This was not an airstrike. It was a carefully timed internal detonation, triggered from within (signaled by the red dot), filmed by someone who knew exactly when it would happen. The internal multi-window venting, perfect camera placement, and staged reactions all confirm it was manufactured for propaganda. If you value the truth and appreciate such detailed analyses, please share. Real tragedy does not need this level of staging. The information war continues.
0:17

Watch this 17-second clip carefully. What you are about to see is not what it claims to be. For over 25 years I’ve worked as a specialist forensic analyst, both within the intelligence world as well as private security sector. So I’m going to show you how forensic analysis really works to uncover the truth about what we see put in front of us. TRT World, Turkish state media, released this video claiming it shows an Israeli airstrike on a residential building in Al Zaitoun, Gaza on January 5, 2025. The dramatic footage with emotional Arabic overlay text was designed to generate instant outrage. While obvious Pallywood often uses fake blood and staged injuries, this one is more sophisticated. It relies on perfect timing and internal preparation. Here is the second-by-second breakdown: Seconds 0 to 1: The camera is already perfectly framed on the building. White smoke begins venting from multiple windows simultaneously. At around the one-second mark, a bright red dot appears on an upper window for a fraction of a second right before the blast. This is the trigger light that lights up the instant before an explosive charge is detonated. It also acts as a marker for the cameraman. No incoming missile, no external impact flash. Seconds 1 to 2: A massive dark smoke plume erupts violently outward and upward. Debris is ejected. When a real missile strikes a building, you typically see large flames from the missile’s fuel and the force ripping apart major sections of concrete, producing large chunks of debris. Here, we see no significant flames and only small debris mixed with heavy dust, exactly what you would expect from a small internal explosive device designed mainly to blow out windows and create a dramatic smoke plume. The explosion originates from inside the building and expands symmetrically. Seconds 2 to 4: The smoke cloud balloons dramatically. The cameraman, already positioned and recording, smoothly tilts up to capture the most cinematic part of the plume. Seconds 4 to 6: The camera tilts down to street level. A girl in bright pink walks across the dusty area almost casually, not showing the expected panic. Seconds 6 to 9: Civilians appear relatively composed. Then the man in the red hoodie runs in, stops dramatically, and points upward while shouting in a theatrical manner. Seconds 9 to 17: People mill about with surprising calm as dust swirls. The camera work remains composed enough to capture the drama while TRT World adds the emotional propaganda text. This was not an airstrike. It was a carefully timed internal detonation, triggered from within (signaled by the red dot), filmed by someone who knew exactly when it would happen. The internal multi-window venting, perfect camera placement, and staged reactions all confirm it was manufactured for propaganda. If you value the truth and appreciate such detailed analyses, please share. Real tragedy does not need this level of staging. The information war continues.

Mor Edge Insight

67,787 просмотров • 3 месяцев назад