Tristan Scott

Solar cycle?

Yeah, 11 year, and we're in a solar maximum.

Yeah, 11 year, and we're in a solar maximum.

Yeah, 11 year, and we're in a solar maximum.

Can you look that up? I need to read about this. How have I not had anyone tell me about this? July 2025 is the peak. July 2025 is the peak of the solar cycle, meaning there's more electricity? You can read it. Okay, the solar cycle, which is approximately 11 years long, is the periodic change in the sun's activity measured by variations in the number of sunspots on the surface. Okay.

Can you look that up? I need to read about this. How have I not had anyone tell me about this? July 2025 is the peak. July 2025 is the peak of the solar cycle, meaning there's more electricity? You can read it. Okay, the solar cycle, which is approximately 11 years long, is the periodic change in the sun's activity measured by variations in the number of sunspots on the surface. Okay.

Can you look that up? I need to read about this. How have I not had anyone tell me about this? July 2025 is the peak. July 2025 is the peak of the solar cycle, meaning there's more electricity? You can read it. Okay, the solar cycle, which is approximately 11 years long, is the periodic change in the sun's activity measured by variations in the number of sunspots on the surface. Okay.

Okay, the cycle is driven by the sun's magnetic field, which reverses direction every 11 years, lending to fluctuations in solar radiation, ejections of solar material, and the occurrence of solar flares and coronal loops. The 11-year period is influenced by the differential rotation speed between the sun's poles and equator, causing the magnetic field to stretch and and eventually reverse?

Okay, the cycle is driven by the sun's magnetic field, which reverses direction every 11 years, lending to fluctuations in solar radiation, ejections of solar material, and the occurrence of solar flares and coronal loops. The 11-year period is influenced by the differential rotation speed between the sun's poles and equator, causing the magnetic field to stretch and and eventually reverse?

Okay, the cycle is driven by the sun's magnetic field, which reverses direction every 11 years, lending to fluctuations in solar radiation, ejections of solar material, and the occurrence of solar flares and coronal loops. The 11-year period is influenced by the differential rotation speed between the sun's poles and equator, causing the magnetic field to stretch and and eventually reverse?

So the magnetic field of the sun reverses every 11 years? Is that what this is saying?

So the magnetic field of the sun reverses every 11 years? Is that what this is saying?

So the magnetic field of the sun reverses every 11 years? Is that what this is saying?

Yeah. And that's having an impact on the magnetic environment on the earth. And there's studies that look at psychiatric patients and overall mental health of people that are very sensitive. And when there's increased solar activity and magnetic disturbances, that can be felt. Sometimes it's positive, sometimes it's negative, but there's more variation. And this is all what I'm getting at here.

Yeah. And that's having an impact on the magnetic environment on the earth. And there's studies that look at psychiatric patients and overall mental health of people that are very sensitive. And when there's increased solar activity and magnetic disturbances, that can be felt. Sometimes it's positive, sometimes it's negative, but there's more variation. And this is all what I'm getting at here.

Yeah. And that's having an impact on the magnetic environment on the earth. And there's studies that look at psychiatric patients and overall mental health of people that are very sensitive. And when there's increased solar activity and magnetic disturbances, that can be felt. Sometimes it's positive, sometimes it's negative, but there's more variation. And this is all what I'm getting at here.

Keep scrolling down, Steve. Yeah. Sorry, keep going. Is that we are electromagnetic beings. The only reason there's life on this planet, Danny, is because we have a magnetic field that protects us from all of the ionizing, a lot of the ionizing radiation from the sun. And we have a magnetic field in the earth because the earth has a molten iron core. Right.

Keep scrolling down, Steve. Yeah. Sorry, keep going. Is that we are electromagnetic beings. The only reason there's life on this planet, Danny, is because we have a magnetic field that protects us from all of the ionizing, a lot of the ionizing radiation from the sun. And we have a magnetic field in the earth because the earth has a molten iron core. Right.

Keep scrolling down, Steve. Yeah. Sorry, keep going. Is that we are electromagnetic beings. The only reason there's life on this planet, Danny, is because we have a magnetic field that protects us from all of the ionizing, a lot of the ionizing radiation from the sun. And we have a magnetic field in the earth because the earth has a molten iron core. Right.

which is moving charges, and that moving charge is creating a powerful magnetic field that's protecting us. And that magnetic field is driving our biology. It actually influences our circadian rhythm. And that's why potentially these weak magnetic fields from power lines and other products are harmful. Look at that NASA link.