#sunresearch

[mastergarryblogs]

NASA's Parker Solar Probe is set to transform our understanding of the Sun. This groundbreaking spacecraft is venturing closer to the Sun’s surface than any mission in history, navigating well within Mercury's orbit. By entering the Sun's outer atmosphere, known as the corona, for the first time, the probe is capturing invaluable data and images. These efforts aim to deepen our knowledge of the solar wind's origin and behavior. Additionally, the mission plays a vital role in improving our ability to predict changes in the space environment that impact both life and technology on Earth.

[trendstorm]

The Suns Secret | Next Solar Cycle Detected Early

https://www.youtube.com/watch?v=-WJPSHBs2vY The Sun's current solar cycle, Cycle 25, is at its peak, but scientists have already detected the first signs of the next cycle, Cycle 26, using sound waves deep within the Sun. In this video, we explore how researchers from the University of Birmingham identified these early rumblings and what this means for our understanding of solar activity. Discover how this breakthrough could impact our predictions of sunspots, solar flares, and coronal mass ejections, which have direct effects on Earth. Source: Royal Astronomical Society. #astronomy #RoyalAstronomicalsociety #solarflare #sun #solarcycle #trendstorm #sunspots #astronomynews #solaractivity #sunscience #spaceweather #Helioseismology #solarresearch #spaceexploration #Sunspots2024 #solarphysics #SolarCycle25 #SolarCycle26 #astronomyfacts #solarobservation #sunresearch #spacescience #solarphenomena #magneticfield #spacenews #solarevent #cosmicevents #solardynamics #solarsystem #solarobservation #spaceresearch #solarobservation #solartechnology #spacephysics #solarenergy #astronomyresearch #solarmax #spacediscovery Next Solar Cycle detected early Solar Cycle 26 first signs Early detection of solar cycle 26 Solar Cycle 25 and 26 comparison Upcoming solar cycles predictions Solar maximum of Cycle 25 Sun's internal sound waves in solar cycles Sunspots increase during solar maximum Solar torsional oscillation explained Detecting solar cycles through sound waves Solar activity cycle research How solar cycles affect Earth Solar Cycle 25 magnetic field changes Solar Cycle 26 predictions Understanding solar cycles in astronomy First signs of solar cycle 26 Solar torsional oscillation pattern Solar activity and its impact on Earth Solar Cycle 26 early detection Astronomical discoveries about solar cycles Solar cycles and sunspot activity How sun's sound waves predict solar cycles Solar maximum phenomena explained Solar Cycle 26 rumblings detected Sun's magnetic field and solar cycles How scientists detect new solar cycles Solar Cycle 25 halfway mark Upcoming solar activity predictions Solar cycle detection methods Sun's torsional oscillation patterns Solar cycles and aurorae visibility Solar flares during solar maximum Solar activity cycle research 2024 Solar Cycle 26 early signs Solar energy surge during solar maximum Solar Cycle 25 research updates New discoveries in solar cycles Solar Cycle 26 detected in sound waves Understanding the sun's magnetic field Solar Cycle 25 sunspot increase Solar Cycle 26 starting signs Solar Cycle 25 impact on Earth Predicting solar cycles with sound waves Solar maximum sunspot activity Solar Cycle 26 early detection research The sun's next solar cycle Astronomical research on solar cycles Solar torsional oscillation and cycles Solar Cycle 25 vs. 26 differences Early predictions for Solar Cycle 26 Solar activity cycles in astronomy Solar Cycle 25 peak activity Understanding sun's torsional oscillation Solar Cycle 26 discovery Solar Cycle 25 ongoing research Solar activity impact on Earth Solar Cycle 26 sunspot predictions Solar Cycle 25 peak phase Solar magnetic field and cycles Solar Cycle 26 early observations Sun's internal sound waves research Solar Cycle 25 to 26 transition Solar maximum and solar cycles Solar Cycle 26 future predictions Solar cycles and Earth's weather Solar Cycle 25 data analysis How solar cycles are detected Solar torsional oscillation in solar cycles Solar Cycle 26 early indicators Understanding solar maximum via Trend Storm https://www.youtube.com/channel/UCF1F2JAMftAe2z2hl32FXmQ August 22, 2024 at 05:30PM

[sunresearch]

Cardiovascular Clinical Trials

SunResearch is currently enrolling for atherosclerosis clinical trials. If you have been diagnosed with atherosclerosis, or if you are at risk for the condition, you may be eligible to participate. Atherosclerosis is a serious condition that can lead to heart disease, stroke, and other health problems. SunResearch is dedicated to finding new treatments and therapies for this condition.By participating in clinical trials, you will be playing a vital role in advancing medical science. And, you will receive expert care and attention throughout the trial process. If you are interested in learning more about SunResearch's atherosclerosis clinical trials, please visit our website or contact us today. We look forward to hearing from you!

[retoyman]

Latergram Mt. Wilson CA. Inside the 60" telescope. Breaking up the sunlight into colorfield to study the sun and magnetism. #magnetism #sunresearch #sun #rainbow #prism #mountwilson #california #telescope #science

[sunresearch]

Atherosclerosis Clinical Trials San Antonio

SunResearch is proud to offer clinical trials for atherosclerosis, a disease that affects the arteries. We are committed to finding new and innovative treatments for this condition and improving the quality of life for those affected by it. Atherosclerosis is a progressive disease that can lead to heart attacks, strokes, and other serious health complications. It occurs when plaque builds up in the arteries, narrowing them and restricting blood flow. This can cause a number of symptoms, including chest pain, shortness of breath, and fatigue. https://www.sunresearch.com/atherosclerotic-cardiovascular-disease

[retoyman]

Latergram Mt. Wilson 60” telescope interior. Computers that used to crunch the numbers and calculate sun magnetism graphs. #sunresearch #sun #mountwilson #california (at Mount Wilson Observatory)
(at Mount Wilson Observatory) (at Mount Wilson Observatory)

[retoyman]

Latergram Mt. Wilson 60" telescope interior. Ceramic bust and sun magnetism graphs. #portrait #bust #sculpture #sunresearch #sun #mountwilson #california (at Mount Wilson Observatory) (at Mount Wilson Observatory)

[retoyman]

Latergram Mt. Wilson CA. 60" telescope tower. In its day one of largest Helio telescopes in the world. Currently out of funding but research continues as scientist record sun spots and sun flares. #telescope #mountwilson #science #sunresearch #california #blue #bluesky (at Mount Wilson 60" Telescope)