Akshay Deoraswww.scribd.com/akshaydeoras
Severe Earth & Space Weather Forecaster,Astrophysics article writer.
Web-
www.akshaydeoras.blogspot.com
www.metdweather.blogspot.com
DIVE IN THE WORLD OF ASTRONOMY,ASTROPHYSICS,SOLAR PHYSICS,SEISMOLOGY,GEOLOGY AND THE DARKNESS OF THE UNIVERSE ON THIS BLOG
Monday, August 22, 2011
Sunspot 1271 has cross symmetric magnetic field!
Tuesday, August 16, 2011
Sick Test Problem: Math
Sorry I'm trashing here with math. Actually, it was a problem given during a university admission test. A Math problem, actually university semester II Calculus. Why I should say sick? It wasn't attested in Big-Three Indonesian university; Bandung Tech Institute, dubbed to be the best technological university in Indonesia didn't give the problem at its admission test (Bandung Tech always give some mind tricking problems, in which an excelled student can do it fast by finding the patterns), neither did my Gadjah Mada nor University of Indonesia.
which is equal to:
After that, we integrate the outer part,
becoming
2. Integrating the ey2 is not as easy as I thought. After dealing with u=y2 form, the equation goes ill by the form 2×√u which is adding up to infinity if we try to integrate it by multiple integral method (and I will talk about this later). It is known that the function f(y)= ey2 is an even function, a function in which f(-y)=f(y). But the problem is, the function's value goes ∞ when x approaches ∞; so the simplest thing we can do when integrating ey2 is integrate it by mean of series. A function f(x) could be approached approximately with an infinite series:
Nah, you can replace a with any real number. Usually, scholars use the number 0 for simplicity, and putting 0 as a will make the series called MacLaurin Series.
Now we replace the y in f(y)= ey2 into x and the function becomes f(x)=ex2. The infinite series for f(x) when a =0 becomes:
But in this article i prefer not to do the exponential integration that way.
Why not? Because the xn in the series expansion grows significantly smaller than the exponential function. I'm intending to give a more precise result using error function. I will do the error function with the touch of series expansion also; but if i do with the error function, the result will precise up to 10-5 order.
OK readers, take a break please. Yeah now I want to give you an important function, it is error function. Built on the basis of Gaussian integral, the error function was firstly used only at statistical data processing. Now this function is used also in advanced physics, thus this function is given as early as one or two year after Indonesians entering science faculties in university. I will only give you some basics of error function relating to the sick math problem above.
Go back to the exponent integral, we could further analyze the integral like below. Note that the ey2 is replaced by ex2.
And so, its MacLaurin series is
Erfi(z) or erfi(x) series when x=∞ is calculated by integrating the ex2 dx endlessly.
The term 0.02677468 can be rounded to be 0.0267747 which differs 8 x 10-9 with computer's computation result.
Tuesday, August 9, 2011
X 6.9 Solar flare from AR 1263.. The biggest of So 24
SEVERE SOLARWX
AKSHAY DEORAS
SEVERE WEATHER FORECASTER
SEVERE SOLARWX CONDEMNS THE LATE POST ON SUCH A HISTORICAL EVENT.
THE SUNSPOT AR 1263 HAS HURLED THE BIGGEST SOLAR FLARE OF SOLAR CYCLE 24 - X 6.9 SOLAR FLARE AT 0805Z,AUGUST 9 2011.
SUNSPOT 1263 AS WAS MENTIONED IN PREVIOUS FEW POSTS HAD SYMMETRICAL MAGNETIC FIELD AS AGAINST THAT OF AR 1261 WHICH DIDNT PRODUCE ANY X CLASS FLARE.
SEVRE SOLARWX HAS GATHERED SUFFICIENT PROOF NOW TO PRESENT A CONFIRMED REPORT ON THE SUNSPOTS WHICH PRODUCE MAXIMUM SOLAR FLARES
THE FLARE ALSO SENT TREMENDOUS X RAYS TOWARDS EARTH CAUSING AN R3 RADIO BLACKOUT THAT DISRUPTED SIGNALS IN HF AND VLF ZONES!
Level Consequences X Ray-Flux Frequency
R3 | Strong | HF Radio: Wide area blackout of HF radio communication, loss of radio contact for about an hour on sunlit side of Earth. Navigation: Low-frequency navigation signals degraded for about an hour. | X1
| 175 per cycle
|
Courtesy- NOAA/SWPC
THE FLARE HAS ALSO PRODUCED STRONG CORONAL MASS EJECTION BUT AS THE SUNSPOT WAS AWAY FROM GEO-EFFECTIVE SIDE OF THE EARTH, THE CME IS NOT EARTH DIRECTED.
DATAS FROM THE SPACE WEATHER LAB ALSO CONFIRM THIS FACT.
HOWEVER THERE IS A POSSIBILITY THAT SOME SQUARED CME SHALL BE HEADING TOWARDS THE EARTH BUT SEVERE SOLARWX DOESN'T ENCOURAGE THIS NEWS NOW
.IF SUCH CME HAD BEEN EARTH DIRECTED THEN THERE WOULD HAVE BEEN ATLEAST A G4 GEOMAGENTIC STORM.. THE SUNSPOT MISSED IT BY JUST FEW DAYS!!!!
ALL THE THREE X CLASS FLARES IN THE SOLAR CYCLE - 24 HAS PROVED THAT THE THEORY PUT FORTH BY SEVERE SOLARWX IN CLASSIFYING THOSE SUNSPOTS CAPABLE OF PRODUCING STRONG FLARES ( HIGH END M TO X CLASS) IS CORRECT
SO, SEVERE SOLARWX SHALL PUT FORTH A MODIFIED PAPER IN CONTINUATION TO THIS PAPER
Editors Note-
It has become necessary to inform the people about The Sun and its effects after CME,Flares.
In association to this, The Hitavada - Leading Newspaper of Central India offered an opportunity to me for publishing an article on the basics about the Sun.
The article as published in The Hitavada is posted above in the image form
- Akshay Deoras
Akshay Deoras
www.akshaydeoras.blogspot.com
www.metdweather.blogspot.com
Saturday, August 6, 2011
Geomagnetic Storm decreasing but might increase again due to one shockwave of CME
Akshay Deoraswww.scribd.com/akshaydeoras
Severe Earth & Space Weather Forecaster,Astrophysics article writer.
Web-
www.akshaydeoras.blogspot.com
www.metdweather.blogspot.com
MAJOR GEOMAGNETIC STORMING IN PROGRESS!
SEVERE SOLARWX
AKSHAY DEORAS
SEVERE WEATHER FORECASTER
AS WAS BEING EXPECTED
G3 | Strong | Power systems: voltage corrections may be required, false alarms triggered on some protection devices. Spacecraft operations: surface charging may occur on satellite components, drag may increase on low-Earth-orbit satellites, and corrections may be needed for orientation problems. Other systems: intermittent satellite navigation and low-frequency radio navigation problems may occur, HF radio may be intermittent, and aurora has been seen as low as Illinois and Oregon (typically 50° geomagnetic lat.)**. | Kp = 7 | 200 per cycle |
GEOMAGNETIC SUDDEN IMPULSE-ARRIVAL OF CME ON THE EARTH
AKSHAY DEORAS
SEVERE WEATHER FORECASTER
NAGPUR,0045HRS 6TH AUG 11 IST
FLASH SNIPPET-
THE ACE DATA HAS CONFIRMED THAT A SHOCKWAVE OF CORONAL MASS EJECTION FROM THE SUN HAS HIT THE EARTHS MAGNETIC FIELD EXACTLY AT THE TIME PREDICTED BY SEVERE SOLAR WX USING THE SPACE WEATHER LAB PRODUCTS. AS SEEN FROM THE ATTACHED IMAGE,THE IMF (INTERPLANETARY MAGNETIC FIELD RECEIVED A SHOCKWAVE MEASURING AROUND 40 Bt. ALSO THE IMF HAS TRIPPED SOUTH (SOUTHWARD Bz) WHICH SHALL ALLOW THE SOLAR WIND TO POUR IN EARTHS MAGNETOSPHERE AS THE SUN AND EARTHS MAGNETIC FIELDS ARE CANCELLED AT A POINT DURING SOUTHWARD Bz...
THE SOLAR WIND ALSO PICKED UP TO AROUND 565 KM/SEC AND AROUND 15 PROTONS/CM square.
THUS THE POSSIBILITY OF INCREASED SOLAR PROTON FLUX HAS ARISEN ( S1RADIATION STORM ALREADY IN PROGRESS SINCE EARLY MORNING OF 4TH AUG)
*** S2 LEVEL RADIATION POSSIBLE**
HIGH LATITUDE OBSERVERS SHALL WATCHOUT FOR AURORAS AND OVERALL PEOPLE DEALING WITH COMMUNICATION,POWER GRIDS,PIPELINES SHALL WATCH OUT!
Friday, August 5, 2011
DAY OF GEOMAGNETIC STORM
Thursday, August 4, 2011
FRESH! SUNSPOT AR 1261 RELEASE M 9.3 SOLAR FLARE.THIRD MAJOR CORONAL MASS EJECTION RELEASED
SEVERE SOLARWX
Wednesday, August 3, 2011
MULTIPLE CORONAL MASS EJECTIONS HEADING TOWARDS EARTH
M 6 Solar Flare from Sunspot 1261 ! Caused a R2 Blackout
SEVERE SOLARWX
Another M1 class flare from Sunspot AR 1261
SEVERE SOLARWX
Tuesday, August 2, 2011
Coronal Mass Ejection confirmed from Sunspot 1261. Heading towards earth
Another M class Solar Flare is in progress from Sunspot 1261
SEVERE SOLARWX
The monthly sunspot avg no of July 2011 as JUMPED up to 43.9 ( 52.1 was the expected value as per IPS Solar Data) from 37.0 of June 2011….
This was predicted by SEVERE SOLARWX for a monthly sunspot no. July 2011 to be between 40-45
The Sunspot no on 31st July is 130.