Cengiz AVCI

"A journey is undertaken not with those who are merely convinced, but with those who truly believe."

[Cengiz AVCI @SPEWSII]

@elonmusk Elon, I congratulate you wholeheartedly. You are one of the two people I admire most in my life. (The first is Atatürk, followed by you.)
💫The year was 1989; Çayırhisar, Balıkesir.
I had already made plans to colonize the Moon & Mars long before you did. 😉

[Cengiz AVCI @SPEWSII]

Strong R3 radio blackout in progress from AR 4479 (≥X1 - current: X1.11)

[Cengiz AVCI @SPEWSII]

Why High-Frequency Weapons Cannot Trigger Earthquakes?

Earthquakes occur when tectonic plates suddenly slip, releasing built-up stress as seismic waves. These waves travel through the Earth in very specific low-frequency ranges:
• Fundamental seismic energy: Mostly 0.01 Hz to 10 Hz
• Perceivable ground shaking: Typically 0.1 Hz to 30 Hz
• Audible sound (the deep rumble some people hear near shallow quakes): Only the small high-frequency tail, roughly 20–50 Hz, that couples into the air
Humans cannot hear the vast majority of an earthquake’s energy because it sits far below our hearing range.

Now consider lasers and high-frequency electronic warfare systems. A typical green laser pointer operates at 564 terahertz (5.64 × 10¹⁴ Hz). Even “lower” frequency systems used in directed energy or ionospheric research (such as HAARP) work in the megahertz range. These are electromagnetic waves measured in hundreds of terahertz to petahertz, not the mechanical low-frequency waves that move the ground.
The difference is not just numerical — it is physical.

Electromagnetic energy at these extremely high frequencies behaves very differently from seismic waves. As frequency increases, wavelength decreases dramatically. This is why a laser can be focused into a narrow, intense beam over long distances, while seismic energy spreads out as broad, low-frequency waves that can affect large areas. The hose-nozzle analogy is useful here: a wide spray nozzle creates gentle rain over a large area; a needle-tip nozzle creates a high-pressure jet that travels far but only affects a tiny point. High-frequency systems are the needle-tip version — extremely precise, but fundamentally incapable of delivering the sustained, low-frequency mechanical force needed to move tectonic plates spanning miles.

As an engineer who has spent decades working with high-frequency electronic warfare systems, I can state this with confidence: no class of high-frequency directed-energy or ionospheric system can trigger tectonic plate movement or induce earthquakes. The energy coupling mechanisms simply do not exist. The physics of mechanical stress release in the Earth’s crust operates on completely different principles and scales than electromagnetic energy at terahertz and petahertz frequencies.
Claims that systems like HAARP or laser weapons can cause earthquakes usually stem from a misunderstanding of frequency ranges, energy transfer, and the actual forces involved in tectonics. The numbers and the mechanisms do not support those claims.

Science and engineering give us powerful tools — but they also give us clear boundaries. Respecting those boundaries helps us separate real capability from science fiction.

Kind Regards

[Vincent Ledvina @Vincent_Ledvina]

Wow, just wow. AR 4478 is impressive. The size is respectable, notable even--1140 MSH is one of the largest groups we have seen in the past couple years. This is a BIG BOY! While there are some small deltas in this region, there is only 45% of M-flares and 10% of X-flares with this cluster. AR 4478 is moving closer to the Earth-strike zone. It has the potential to produce a large flare+CME in the near future. Fingers crossed!!

[Cengiz AVCI @SPEWSII]

🚀 Cool Solar Science Alert!
A researcher named Sachin Rajkapoor and his team just published a new paper in The Astrophysical Journal about what happens during massive solar flares.

What they did:
During an extremely powerful X-class solar flare, they studied rapid “pulsations” (like rhythmic flickering) in the extreme ultraviolet light coming from the Sun’s atmosphere (corona).

Using advanced math tools — wavelet analysis, EEMD, Hilbert spectra, and Fourier transforms — they discovered multiple different oscillation modes happening at the same time.

Why it matters:
These pulsations give us new clues about how the Sun suddenly releases huge amounts of stored energy during flares. It’s like figuring out the “rhythm” of one of the most energetic events in our solar system!

Congrats to Sachin, Ram Ajor Maurya, Valery Nakariakov, and the whole team! 🎉

Paper link: https://t.co/zAtYPiimtY

#SolarPhysics #SpaceWeather #Astrophysics #SolarFlares

[Cengiz AVCI @SPEWSII]

Looking at this graph, a mainstream scientist saying "there's nothing to worry about" would likely be dismissing doomsday scenarios (e.g., a rapid pole reversal leading to catastrophe tomorrow). These are exaggerations; full pole reversals take thousands of years, and life has survived many times. But to completely downplay the anomaly is to overlook the fact that Earth's magnetic field is currently in a dynamic, unstable state and needs constant monitoring. This is a fascinating geophysical event, not something to panic about. The graph highlights the true variability (the "sharp" latest data), underscoring that these systems cannot be accurately predicted on human timescales. Instead of proclaiming victory after a slowdown, we should closely monitor it with satellite data (SWARM, etc.).

[Cengiz AVCI @SPEWSII]

M2.69 Solar Flare from AR4473 – June 20, 2026
Active Region 4473 produced a moderate M2.69 solar flare that peaked at 15:21 UTC today.
This event caused a minor (R1) radio blackout, primarily affecting the sunlit side of Earth. As of now, no significant Earth-directed coronal mass ejection (CME) has been confirmed in association with this flare. Initial observations suggest any ejecta is likely not on a direct path toward Earth.
We will continue monitoring for any updates as the region rotates into a more geoeffective position. Moderate solar flare activity (R1-R2) remains possible in the coming days.
Stay tuned for further developments!

#SpaceWeather #SolarFlare #AR4473

[Cengiz AVCI @SPEWSII]

@JakeFleshner

https://t.co/D7Yrtwuemk

[Cengiz AVCI @SPEWSII]

https://t.co/XxA8YpFcd4

[Cengiz AVCI @SPEWSII]

A significant X1.07 class solar flare has occurred‼️

Key points include: maximum X-ray flux (past 2 hours): X1.07, indicating a strong X-class solar flare that can cause substantial short-term effects on Earth's ionosphere. of 313 km/s, suggesting a slower-moving eruption.

[Cengiz AVCI @SPEWSII]

The Problem
➢Environmental Liability:Traditional wood fuel depends on active forest degradation and unsustainable harvesting loops

[Cengiz AVCI @SPEWSII]

The Problem
➢Inversion of Value:Traditional firewood and charcoal suffer from short thermal lifecycles (1–2 hours), forcing constant replenishment ➢Heavy Maintenance Burden:High ash output clogs consumer wood stoves and commercial grills.

[Cengiz AVCI @SPEWSII]

M9.3 class solar flare of is currently being observed from AR 4455! Additionally, a Type IV radio emission was detected on June 3, 2026 (according to UTC time). This is a type of solar radio flare that strongly suggests a large coronal mass ejection (CME) is occurring on the Sun.

[Cengiz AVCI @SPEWSII]

BioHeat Bricks
“Longer. Cleaner. Greener.”

High Heat + %90 mosquito repellency.
BioHeat Bricks is the superior alternative.

[Cengiz AVCI @SPEWSII]

BioHeat Bricks are sustainable, green, and environmentally friendly products made from 90–95% recycled waste materials, with carbonneutral production and biodegradable packaging.

[Cengiz AVCI @SPEWSII]

The "Warm Ontario. Green Grill" campaign, launched in Ontario, is rapidly spreading across North America, and BioHeat Bricks, as a sustainable, green, and environmentally friendly product, is quickly on its way to becoming a global brand. 💫💫

[Cengiz AVCI @SPEWSII]

🚨 SCAM ALERT: NEROX INVEST IS FRAUD

My brother in Türkiye lost $22K. Fake profits hook you, then fake losses force more deposits. Withdrawals blocked while demanding cash.

Do NOT invest. Stay away.
Nerox Invest Refusing Withdrawals
https://t.co/HlCGWJpDAW

#neroxinvest

[Cengiz AVCI @SPEWSII]

Could be because of this. A massive filament broke off from the Sun on May 2nd. 20:22 UTC

This video is from NASA’s Solar Dynamics Observatory (SDO) satellite.
Key Details:
• Date and Time: May 2, 2026 (timestamps in the frames run from approximately 20:22 UTC to 22:58 UTC).
• Instrument: Atmospheric Imaging Assembly (AIA) on SDO, specifically in the 304 Å (30.4 nm) extreme ultraviolet (EUV) channel. This wavelength highlights cooler plasma (~50,000–80,000 K) in the chromosphere and transition region, making filaments (dark, rope-like structures on the disk) and prominences (bright loops or eruptions at the limb) stand out vividly in pink/red false color.
• What you’re seeing: A time-lapse of solar activity, including bright active regions, a prominent dark filament/prominence structure evolving and possibly lifting/erupting slightly over the ~3-second clip (sped-up footage of real solar dynamics).
Institution and Equipment:
• Institution: NASA (Goddard Space Flight Center). SDO is a NASA mission launched in 2010, dedicated to studying the Sun’s magnetic field and space weather. Data is publicly available and widely shared/reprocessed by solar researchers and citizen scientists.