RT @Solar_EPS: New #SolarPhysics paper from @UniofExeter shows that the magnetic helicity flux is a strong proxy of solar activity up to fi…
RT @Solar_EPS New #SolarPhysics paper from @UniofExeter shows that the magnetic helicity flux is a strong proxy of solar activity up to five years in advance of the next cycle. Their early guess is that the strength of #SolarCycle… https://t.co/lXoMW8gKcb
RT @Solar_EPS: New #SolarPhysics paper from @UniofExeter shows that the magnetic helicity flux is a strong proxy of solar activity up to fi…
New #SolarPhysics paper from @UniofExeter shows that the magnetic helicity flux is a strong proxy of solar activity up to five years in advance of the next cycle. Their early guess is that the strength of #SolarCycle25 is similar to the current cycle https
RT @egu_st Solar Physics: Magnetic Helicity as a Predictor of the Solar Cycle: Abstract It is well known that the polar magnetic field is at its maximum during solar minima, and that the behaviour during this time acts as a strong… https://t.co/iB0TOnW16i
Solar Physics: Magnetic Helicity as a Predictor of the Solar Cycle: Abstract It is well known that the polar magnetic field is at its maximum during solar minima, and that the behaviour during this time acts as a strong predictor of the strength of the… ht