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viernes, 16 de marzo de 2012

Las tormentas solares de protones: La anomalía perfecta para analizar las variaiones en ondas gravitacionales.

No todas las tormentas solares presentan un flujo de electrones. Las que más están desconcertando a los científicos son las tormentas solares que van acompañadas de flujo de protones. La razón: Las anomalías geomagnéticas y las fluctuaciones en la capa de ozono.

Los recientes hallazgos tienen especial consideración por los científicos, especialmente cuando se trata de tormentas de protones. Durante los últimos 3 días la actividad solar ha estado protagonizada por un inusual perfil de tormenta, en el que ha predominado el flujo de protones de una forma absolutamente inusual.

Reproducimos seguidamente el perfil de la gráfica NOAA correspondiente a los últimos tres días.

Los picos reportados hasta ahora, normalmente no rebasaban los 1600 , para una tormenta de tipo M 7. En esta ocasión el pico ha superado los 1741, por lo que estamos hablando de una tormenta de tipo M7.9.

Está claro que este tipo de tormentas presenta una incidencia geomagnética especial, relacionada con las variaciones en la capa de Ozono y otros eventos de inversión térmica en la atmósfera, pero también están relacionados con eventuales anomalías gravitacionales.

Seguidamente ofrecemos e detalle de todos los registros históricos en los que se han reportado tormentas de protones y su relación cronológica con indicación de los máximos/día, según las mediciones de NOAA:

PARTICLE EVENT
ASSOCIATED CME, FLARE, AND ACTIVE REGION
Start
(Day/UT)
Maximum
(Day/UT)
Proton Flux
(pfu @
>10 MeV)
Year CME Maximum
(Day/UT)
Importance
(X ray/Opt)
Location NOAA SEC
Region No.



1976




Apr 30/2120 May 01/1700 12

Apr 30/2114 X2/2B S09W47 700



1977




Sep 19/1430 Sep 19/2130 200

Sep 19/1054 X2/3B N08W58 889
Nov 22/1400 Nov 22/1800 160

Nov 22/1006 X1/2N N24W38 939



1978




Feb 13/0930 Feb 14/1000 850

Feb 13/0255 M7/0B N22W13 1001
Apr 11/1530 Apr 11/1630 65

Apr 11/1353 X2/2B N19W54 1057
Apr 29/0445 Apr 30/2000 1,000

Apr 28/1306 X5/4B N22E41 1092
May 07/0420 May 07/0420 100

May 07/0330 X2/2B N22W64 1095
Jun 02/0730 Jun 02/0935 19

May 31/1009 M5/2B N23W50 1129
Jun 24/0900 Jun 25/0230 25

Jun 22/1709 M2/3B N19E18 1164
Jul 13/0300 Jul 13/1000 20





Sep 23/1035 Sep 24/0400 2,200

Sep 23/1023 X1/3B N35W50 1294
Nov 10/2130 Nov 10/2140 38

Nov 10/0042 M1/2N N17E02 1385



1979




Feb 17/2020 Feb 17/2205 31

Feb 16/0200 X2/2B N15E48 1574
Apr 03/1600 Apr 03/2310 45





Jun 06/1850 Jun 07/0005 950

Jun 05/0529 X2/1N N20E16 1781
Jul 07/0015 Jul 07/1010 50





Aug 19/0850 Aug 21/0740 500

Aug 18/1416 X6/1B N10E90 1943
Sep 15/1500 Sep 16/1200 60

Sep 14/0802 X2/ N10E90 1994
Nov 16/0430 Nov 16/1300 75

Nov 15/1639 M1/0B N34W2 2110



1980




Feb 06/1340 Feb 06/1850 12





Jul 17/2300 Jul 19/1930 100

Jul 17/0603 M3/1B S12E0 2562



1981




Mar 30/0900 Mar 30/2115 30

Mar 30/0049 M3/2N N13W7 2993
Apr 10/1745 Apr 11/1400 50

Apr 10/1655 X2/3B N09W4 3025
Apr 24/1515 Apr 24/2330 160

Apr 24/1400 X5/2B N18W5 3049
May 09/1200 May 10/2130 150

May 08/2252 M7/2B N09E3 3099
May 15/0300 May 16/1950 130

May 13/0425 X1/3B N11E5 3106
Jul 20/1430 Jul 20/1825 100

Jul 20/1329 M5/1B S26W7 3204
Jul 25/0600 Jul 25/1320 18





Aug 10/0115 Aug/10 0435 57

Aug 07/1916 M4/2B S10E2 3257
Oct 08/1235 Oct 13/2247 2,000

Oct 07/2308 X3/1B S19E8 3390
Dec 10/0545 Dec 11/0900 65

Dec 09/1854 M5/3B N12W1 3496



1982




Jan 31/0055 Jan 31/1630 830

Jan 30/2358 X1/3B S13E1 3576
Jun 06/0245 Jun 06/0245 10

Jun 03/1146 X8/2B S09E7 3763
Jun 09/0040 Jun 09/0510 30

Jun 06/167 X12/3 S11E 3763
Jul 11/0700 Jul 13/1615 2,900

Jul 09/0742 X9/3B N17E7 3804
Jul 22/2030 Jul 23/0220 240

Jul 22/1734 M4/0F N29W8 3804
Sep 05/2205 Sep 06/0100 66

Sep 04/0400 M4/3N N11E3 3886
Nov 22/1940 Nov 22/2140 40

Nov 22/1828 M7/1N S11W4 3994
Nov 26/0605 Nov 26/1500 25

Nov 26/0253 X4/2B S11W8 3994
Dec 08/0010 Dec 08/1000 1,000

Dec 07/2354 X2/0B S14W8 4007
Dec 17/1845 Dec 18/0945 130

Dec 15/0202 X12/2 S10E 4026
Dec 19/1920 Dec 20/0515 85

Dec 19/1624 M9/2B N10W7 4022
Dec 27/0600 Dec 27/1345 190

Dec 25/0752 X2/1B S14E3 4033



1983




Feb 03/1200 Feb 04/1620 340

Feb 03/0619 X4/3B S19W0 4077
Jun 15/0435 Jun 15/1800 18

Jun 14/???? ??/?? S09W90 4201



1984




Feb 16/0915 Feb 16/1005 660

Feb 16 ??/?? S12W90 4408
Feb 19/1310 Feb 21/1415 55

Feb 17/2301 X2/2B N16E82 4421
Mar 13/1440 Mar 13/1450 10





Mar 14/0405 Mar 14/0505 100

Mar 14/0334 M2/2B S12W42 4433
Apr 25/1330 Apr 26/1420 2,500

Apr 25/0005 X13/3B S12E43 4474
May 24/1045 May 24/1140 31

May 22/1503 M6/2B S09E24 4492
May 31/1315 May 31/1415 15

May 31/1142 M1/?? S09W90 4492



1985




Jan 22/0415 Jan 22/0550 14

Jan 21/2350 X4/2B S08W38 4617
Apr 25/1430 Apr 26/0600 160

Apr 24/0935 X1/3B N06E27 4647
Jul 09/0235 Jul 09/0325 140

Jul 09/0204 M2/1B S16W36 4671



1986




Feb 06/0925 Feb 07/1730 130

Feb 06/0625 X1/3B S04W06 4711
Feb 14/1155 Feb 15/0400 130

Feb 14/0929 M6/1B N01W76 4713
Mar 06/1835 Mar 06/1930 21

Mar 06/1703 C4/1F N02E01 4717
May 04/1255 May 04/1320 16

May 04/1007 M1/?? N06W90 4717



1987




Nov 08/0200 Nov 08/0940 120

Nov 07/2014 M1/?? N31W90 4875



1988




Jan 02/2325 Jan 03/0835 92

Jan 02/2145 X1/3B S34W18 4912
Mar 25/2225 Mar 25/2330 58

Mar 25/2145 EPL N22W90 4965
Jun 30/1055 Jun 30/1140 21

Jun 30/0906 M9/2B S16E22 5060
Aug 26/0000 Aug 26/0045 42

Aug 23/1804 M2/EPL N24E90 5125
Oct 12/0920 Oct 12/0930 12

Oct 12/0511 X2/2N S20W66 5175
Nov 08/2225 Nov 09/0635 13

Nov 07/1105 M3/1N S17W47 5212
Nov 14/0130 Nov 14/0235 13

Nov 13/2309 M3/1N S23W27 5227
Dec 17/0610 Dec 17/0855 18

Dec 15/0505 X1/1N N27E59 5278
Dec 17/2000 Dec 18/0150 29

Dec 16/0841 X4/1B N26E37 5278



1989




Jan 04/2305 Jan 05/0130 28

Jan 04/1753 M4/1N S20W60 5303
Mar 08/1735 Mar 13/0645 3,500

Mar 06/1405 X15/3B N35E69 5395
Mar 17/1855 Mar 18/0920 2,000

Mar 17/1744 X6/2B N33W60 5395
Mar 23/2040 Mar 24/0110 53

Mar 23/1948 X1/3B N18W28 5409
Apr 11/1435 Apr 12/0125 450

Apr 09/0105 X3/4B N35E29 5441
May 05/0905 May 05/1000 27

May 04/1115 M5/2N S20W36 5464
May 06/0235 May 06/1045 110

May 05/0737 X2/3B N30E01 5470
May 23/1135 May 23/1350 68





May 24/0730 May 24/0905 15

May 22/0037 M5/2B S21E16 5497
Jun 18/1650 Jun 18/1910 18

Jun 18/1447 C4/0F N12W31 5534
Jun 30/0655 Jun 30/0710 17

Jun 29/2127 M3/2B N26W60 5555
Jul 01/0655 Jul 01/0720 17





Jul 25/0900 Jul 25/1225 54

Jul 25/0844 X2/2N N25W84 5603
Aug 12/1600 Aug 13/0710 9,200

Aug 12/1427 X2/2B S16W37 5629
Sep 04/0120 Sep 04/0510 44

Sep 03/1432 X1/1B S18E16 5669
Sep 12/1935 Sep 13/0825 57

Sep 12/0814 M5/EPL S18W79 5669
Sep 29/1205 Sep 30/0210 4,500

Sep 29/1133 X9/EPL S26W90 5698
Oct 06/0050 Oct 06/0825 22





Oct 19/1305 Oct 20/1600 40,000

Oct 19/1258 X13/4B S27E10 5747
Nov 09/0240 Nov 09/0610 43





Nov 15/0735 Nov 15/0910 71

Nov 15/0659 X3/3B N11W26 5786
Nov 27/2000 Nov 28/1105 380

Nov 25/2355 X1/2N N30E05 5800
Nov 30/1345 Dec 01/1340 7,300

Nov 30/1229 X2/3B N26W59 5800



1990




Mar 19/0705 Mar 19/2315 950

Mar 19/0508 X1/2B N31W43 5969
Mar 29/0915 Mar 29/1005 16

Mar 28/0751 M4/2N S04W37 5988
Apr 07/2240 Apr 08/1330 18

Apr 04/1338 M7/0N N22E72 6007
Apr 11/2120 Apr 11/2130 13





Apr 17/0500 Apr 17/0655 12

Apr 15/0302 X1/2B N32E39 6022
Apr 28/1005 Apr 28/1735 150





May 21/2355 May 22/0750 410

May 21/2219 X5/2B N35W36 6063
May 24/2125 May 25/0115 180

May 24/2051 X9/1B N33W78 6063
May 28/0715 May 29/0100 45





Jun 12/1140 Jun 12/1700 79

Jun 12/0541 M6/2B N10W33 6089
Jul 26/1720 Jul 26/2315 21





Aug 01/0000 Aug 01/2015 230

Jul 30/0736 M4/2B N20E45 6180



1991




Jan 31/1130 Jan 31/1620 240

Jan 31/0230 X1/2B S17W35 6469
Feb 25/1210 Feb 25/1305 13

Feb 25/0819 X1/2N S16W80 6497
Mar 23/0820 Mar 24/0350 43,000

Mar 22/2247 X9/3B S26E28 6555
Mar 29/2120 Mar 30/0330 20





Apr 03/0815 Apr 04/1000 52

Apr 02/2327 M6/3B N14W00 6562
May 13/0300 May 13/0910 350

May 13/0144 M8 S09W90 6615
May 31/1225 Jun 01/0445 22





Jun 04/0820 Jun 11/1420 3,000

Jun 04/0352 X12/3B N30E70 6659
Jun 14/2340 Jun 15/1950 1,400

Jun 15/0821 X12/3B N33W69 6659
Jun 30/0755 Jul 02/1010 110

Jun 28/0626 M6 N30E85 6703
Jul 07/0455 Jul 08/1645 2,300

Jul 07/0223 X1/2B N26E03 6703
Jul 11/0240 Jul 11/0450 30

Jul 10/1228 M3/2N S22E34 6718
Jul 11/2255 Jul 12/0205 14





Aug 26/1740 Aug 27/1830 240

Aug 25/0115 X2/2B N25E64 6805
Oct 01/1740 Oct 01/1810 12

Sep 29/1533 M7/4B S21E32 6853
Oct 28/1300 Oct 28/1440 40

Oct 27/0548 X6/3B S13E15 6891
Oct 30/0745 Oct 30/0810 94

Oct 30/0634 X2/3B S08W25 6891



1992




Feb 07/0645 Feb 07/1115 78

Feb 06/1048 M4/2B S13W10 7042
Mar 16/0840 Mar 16/0840 10

Mar 15/0154 M7/3B S14E29 7100
May 09/1005 May 09/2100 4,600

May 08/1546 M7/4B S26E08 7154
Jun 25/2045 Jun 26/0610 390

Jun 25/2014 X3/2B N09W67 7205
Aug 06/1145 Aug 06/1210 14

Aug 03/0706 M4/1N S09E68 7248
Oct 30/1920 Oct 31/0710 2,700

Oct 30/1816 X1/2B S22W61 7321



1993




Mar 04/1505 Mar 04/1735 17

Mar 04/1240 C8/2N S14W56 7434
Mar 12/2010 Mar 13/0155 44

Mar 12/1815 M7/3B S00W51 7440



1994




Feb 20/0300 Feb 21/0900 10,000

Feb 20/0141 M4/3B N09W02 7671
Oct 20/0030 Oct 20/0340 35

Oct 19/2127 M3/1F N12W24 7790



1995




Oct 20/0825 Oct 20/1210 63

Oct 20/0607 M1/0F S09W55 7912



1996







None







1997




Nov 04/0830 Nov 04/1120 72
W/04 0610 Nov 04/0558 X2/2B S14W33 8100
Nov 06/1305 Nov 07/0255 490
W/06 >1300 Nov 06/1155 X9/2B S18W63 8100



1998




Apr 20/1400 Apr 21/1205 1,700
W/20 1007 Apr 20/1021 M1/EPL S43W90 8194
May 02/1420 May 02/1650 150
Halo/02 1406 May 02/1342 X1/3B S15W15 8210
May 06/0845 May 06/0945 210
W/06 0829 May 06/0809 X2/1N S11W65 8210
Aug 24/2355 Aug 26/1055 670
NA Aug 24/2212 X1/3B N30E07 8307
Sep 25/0010 Sep 25/0130 44
NA Sep 23/0713 M7/3B N18E09 8340
Sep 30/1520 Oct 01/0025 1,200
NA Sep 30/1350 M2/2N N23W81 8340
Nov 08/0245 Nov 08/0300 11
?
none

Nov 14/0810 Nov 14/1240 310
NA Nov 14/0518 C1/BSL N28W90 8375?



1999




Jan 23/1105 Jan 23/1135 14
NA Jan 20/2005 M5 N27E90 ?
Apr 24/1804 Apr 25/0055 32
Halo/24 1331
none

May 05/1820 May 05/1955 14
Halo/03 0606 May 3/0602 M4/N2 N15E32 8525
Jun 02/0245 Jun 02/1010 48
Halo/01 <1937 Jun 01/~1930 CME W limb
Jun 04/0925 Jun 04/1055 64
NW/04 0726 Jun 04/0703 M3/2B N17W69 8552



2000




Feb 18/1130 Feb 18/1215 13
W/18 0954 Feb 17/2035 M1/2N S29E07 8872
Apr 04/2055 Apr 05/0930 55
W/04 1632 Apr 04/1541 C9/2F N16W66 8933
Jun 07/1335 Jun 08/0940 84
Halo/06 1554 Jun 06/1525 X2/3B N20E18 9026
Jun 10/1805 Jun 10/2045 46
Halo/10 1708 Jun 10/1702 M5/3B N22/W38 9026
Jul 14/1045 Jul 15/1230 24,000
Halo/14 1054 Jul 14/1024 X5/3B N22/W07 9077
Jul 22/1320 Jul 22/1405 17
NW/22 1230 Jul 22/1134 M3/2N N14/W56 9085
Jul 28/1050 Jul 28/1130 18





Aug 11/1650 Aug 11/1655 17





Sep 12/1555 Sep 13/0340 320
Halo/12 1331 Sep 12/1213 M1/2N S17W09
Oct 16/1125 Oct 16/1840 15
Halo/16 0727 Oct 16/0728 M2 N04W90 9182:
Oct 26/0040 Oct 26/0340 15
Halo/25 0826 Oct 25/1125 M2 N00W90
Nov 08/2350 Nov 09/1600 14,800
Halo/08 2306 Nov 08/2328 M7/multiple N00-10W75-80 9212,
9213,
9218
Nov 24/1520 Nov 26/2030 942
Halo/24 0530 Nov 24/0502 X2/3B N20W05 9236



2001




Jan 28/2025 Jan 29/0655 49
Halo/28 1554 Jan 28/1600 M1/1N S04W59 9313
Mar 29/1635 Mar 30/0610 35
Halo/29 1026 Mar 29/1015 X1/1N N24W12 9393
Apr 02/2340 Apr 03/0745 1110
NW /02 2200 Apr 02/2151 X20/ N14W82 9393
Apr 10/0850 Apr 11/2055 355
halo/10 0530 Apr 10/0526 X2/3B S23W09 9415
Apr 15/1410 Apr 15/1920 951
W /15 1430 Apr 15/1350 X14/2B S20W85 9415
Apr 18/0315 Apr 18/1045 321
SW /18 0230 Apr 18/0214 C2/2B S20W limb 9415
Apr 28/0430 Apr 28/0500 57
halo/26 1230 Apr 26/1312 M7/2B N17W31 9433
May 07/1915 May 08/0755 30
NW /07 1000

NW limb
June 15/1750 June 16/0005 26
W /15 1648

W limb
Aug 10/1020 Aug 10/1155 17
W /09 1030 Aug 09/1122 none/C3 Disk Center
Aug 16/0135 Aug 16/0355 493
halo /15 2330
none far backside
Sep 15/1435 Sep 15/1455 11
SW /15 1154 Sep 15/1128 M1/1N S21W49 9608
Sep 24/1215 Sep 25/2235 12,900
halo /24 1030 Sep 24/1038 X2/2B S16E23 9632
Oct 01/1145 Oct 02/0810 2360
SW/01 0530 Oct 01/0515 M9 S22W91 9628
Oct 19/2225 Oct 19/2235 11
halo /19 1650 Oct 19/1630 X1/2B N15W29 9661
Oct 22/1910 Oct 22/2130 24
SE /22 1826 Oct 22/1759 X1/2B S18E16 9672
Nov 04/1705 Nov 06/0215 31,700
halo /04 1635 Nov 04/1620 X1/3B N06W18 9684
Nov 19/1230 Nov 20/0010 34
halo /17 0530 Nov 17/0525 M2/1N S13E42 9704
Nov 22/2320 Nov 24/0555 18,900
halo /22 2330 Nov 22/2330 M9/2N S15W34 9704
Dec 26/0605 Dec 26/1115 779
W /26 0530 Dec 26/0540 M7/1B N08W54 9742
Dec 29/0510 Dec 29/0815 76
E /28 2006 Dec 28/2045 X3 S26E90 9767
Dec 30/0245 Dec 31/1620 108








2002




Jan 10/2045 Jan 11/0530 91
E /08 1754 Jan 08/2025 C9 E limb
Jan 15/1435 Jan 15/2000 15
Halo /14 0525 Jan 14/0627 M4 W limb
Feb 20/0730 Feb 20/0755 13
W /20 0630 Feb 20/0612 M5/1N N12W72 9825
Mar 17/0820 Mar 17/0850 13
Halo /15 2306 Mar 15/2310 M2/1F S08W03 9866
Mar 18/1300 Mar 19/0650 53





Mar 20/1510 Mar 20/1525 19
W /18 0254 Mar 18/0231 M1 S09W46 9866
Mar 22/2020 Mar 23/1320 16
Halo /22 1106 Mar 22/1114 M1 W limb 9866
Apr 17/1530 Apr 17/1540 24
Halo /17 0826 Apr 17/0824 M2/2N S14W34 9906
Apr 21/0225 Apr 21/2320 2520
Halo /21 0127 Apr 21/0151 X1/1F S14W8 9906
May 22/1755 May 23/1055 820
Halo /22 0326 May 22/0354 C5/DSF S19W56
Jul 07/1830 Jul 07/1955 22
W /07 1106 Jul 07/1143 M1 W limb 10017
Jul 16/1750 Jul 17/1600 234
Halo /15 2030 Jul 15/2008 X3/3B N19W01 10030
Jul 19/1050 Jul 19/1515 13





Jul 22/0655 Jul 23/1025 28
Halo /20 2042 Jul 20/2130 X3 SE limb 10039
Aug 14/0900 Aug 14/1620 26
NW /14 0206 Aug 14/0212 M2/1N N09W54 10061
Aug 22/0440 Aug 22/0940 36
SW /4 0200 Aug 22/0157 M5/2B S07W62 10069
Aug 24/0140 Aug 24/0835 317
W /24 0127 Aug 24/0112 X3/1F S08W90 10069
Sep 07/0440 Sep 07/1650 208
Halo /05 1654 Sep 05/1706 C3/DSF N09E28 10102
Nov 09/1920 Nov 10/0540 404
SW /09 1331 Nov 09/1323 M4/2B S12W29 10180



2003




May 28/2335 May 29/1530 121
Halo /28 0050 May 28/0027 X3/2B S07W17 10365
May 31/0440 May 31/0645 27
W /31 0230 May 31/0224 M9/2B S07W65 10365
Jun 18/2050 June 19/0450 24
Halo /17 2230 Jun 17/2255 M6 S08E61 10386
Oct 26/1825 Oct 26/2235 466
Halo /26 1754 Oct 26/1819 X1/1N N02W38 10484
Oct 28/1215 Oct 29/0615 29500
Halo /28 1054 Oct 28/1110 X17/4B S16E08 10486
Nov 02/1105 Nov 03/0815 1570
Halo /02 0954



Nov 04/2225 Nov 05/0600 353
Halo /04 1954 Nov 04/1929 X28/3B S19W83 10486
Nov 21/2355 Nov 22/0230 13
SW /21 0026 Nov 20/2353 M5/2B N02W17 10501
Dec 02/1505 Dec 02/1730 86
Halo /02 1026 Dec 02/0948 C7 W limb



2004




Apr 11/1135 Apr 11/1845 35
SW /11 0430 Apr 11/0419 C9/1F S14W47 10588
Jul 25/1855 Jul 26/2250 2086
Halo /25 1514 Jul 25/1514 M1/1F N08W33 10652
Sep 13/2105 Sep 14/0005 273
Halo /12 0036 Sep 12/0056 M4/2N N04E42 10672
Nov 01/0655 Nov 01/0805 63
W (farside) /01 0606



Nov 07/1910 Nov 08/0115 495
Halo /07 1706 Nov 07 /1606 X2 N09W17 10696



2005




Jan 16/0210[1] Jan 17/1750 5040
Halo /15 2306 Jan 15/2302 X2 N15W05 10720
May 14/0525 May 15/0240 3140
Halo /13 1722 May 13 M8/2B N12E11 10759
Jun 16/2200 Jun 17/0500 44
West /16 2003 Jun 16/2022 M4 N09W87 10775
Jul 14/0245 Jul 15/0345 134
Halo /13 1430 Jul 13/1449 M5 N10W80 10786
Jul 27/2300 Jul 29/1715 41
Halo /27 0454 Jul 27/0502 M3 N11E90 10792
Aug 22/2040 Aug 23/1045 330
Halo /22 1730 Aug 22/1727 M5/1N S12W60 10798
Sep 08/0215 Sep 11/0425 1880
East /07 1723 Sep 07/1740 X17/3B S06E89 10808



2006




Dec 06/1555 Dec 07/1930 1980
Halo Dec 06/1035 X9/2N S07E79 10930
Dec 13/0310 Dec 13/0925 698
Halo /13 0254 Dec 13/0240 X3/4B S05W23 10930



2007







None







2008







None







2009







None







2010




Aug 14/1230 Aug 14/1245 14
West /14 1730 Aug 14/1005 C4/0F N17W52 11099



2011




Mar 08/0105 Mar 08/0800 50
NW /07 2000 Mar 08/2012 M3/Sf N24W59 11164
Mar 21/1950 Mar 22/0135 14
NW /21 0236 (farside)

11169
Jun 07/0820 Jun 07/1820 72
Halo /07 0803 Jun 07/0641 M2/2N S21W64 11226
Aug 04/0635 Aug 05/2150 96
Halo /04 0412 Aug 04/0357 M9/2B N15W49 11261
Aug 09/0845 Aug 09/1210 26
Halo /09 0812 Aug 09/0805 X6/2B N17W83 11263
Sep 23/2255 Sep 26/1155 35
Halo (asymmetric) /22 1048 Sep 22/1101 X1/2N N11E74 11302
Nov 26/1125 Nov 27/0125 80
Halo /26 0712 Nov 26/0710 C1/long duration N08W49 11353



2012




Jan 23/0530 Jan 24/1530 6310
Halo /23 0400 Jan 23/0359 M8/long duration N28W36 11402
Jan 27/1905 Jan 28/0205 796
Halo /27 1827 Jan 27/1837 X1/long duration N27W71 11402
Mar 07/0510 Mar 08/1115 6530
Halo /07 0036 Mar 07/0024 X5/3B N17E15 11429

Normalmente, las tormentas que conllevan flujo elevado de protones, no suelen manifestarse durante más de 48 horas, sin embargo en esta ocasión habamos de una excepción importante a tomar en consideración.

Diversos estudios científicos, ponen de relieve el efecto de estas tormentas sobre los campos geomagnéticos de la Tierra, entre otros, podemos destacar:

1.-Las tormentas de protones destruyen el Ozono.

El precedente lo tenemos en la tormenta solar de 14 a 16 de julio de 2000, en el que diversos análisis pusieron de relieve la incidencia sobre la capa de ozono. La razón está relacionada con el flujo de protones, tal y como podemos leer en este rescate de nuestra hemeroteca científica. La fuente: (Science Daily).

Curiosamente, el fenómeno ha sido de nuevo analizado recientemente tras los últimos eventos de la tormenta solar de 8 de marzo, donde ya se reconoce abiertamente que la actividad solar incide claramente en la modificación de los campos geomagnéticos terrestres como podemos confirmar en 08032012Physorg.

Para todos aquellos que aún sean escépticos de la relación existente entre el geomagnetismo, los movimientos sísmicos y climaticos y las tormentas solares, reproducimos aquí diferentes estudios publicados en los últimos dos meses, cuya lectura recomendamos:

1. Perpendicular flow deviation in a magnetized counter-streaming plasma
Jia, Y.-D. / Ma, Y.J. / Russell, C.T. / Lai, H.R. / Toth, G. / Gombosi, T.I., Icarus, 218 (2), p.895-905, Apr 2012
doi:10.1016/j.icarus.2012.01.017
solar wind interaction. Solar wind flow is in the + x -direction…shows the Lorentz force on the solar wind ions. The magnetic field…speed, r i g and r D g are the proton and dust gyro radius in the initial solar wind, respectively. Here the…
Published journal article available from ScienceDirect
similar results


2.
Overview of energetic particle hazards during prospective manned missions to Mars
McKenna-Lawlor, Susan / Gonçalves, P. / Keating, A. / Reitz, G. / Matthiä, D., Planetary and Space Science, 63-64, p.123-132, Apr 2012
doi:10.1016/j.pss.2011.06.017
…electrons and protons formed during…rays/energetic solar particles and…following geomagnetic storms and subsequently…environment, Ap8 for protons and Ae8 for electrons…30 days due to protons at each of the…the individual proton contributions…Viking site during solarminimum and 6…
Published journal article available from ScienceDirect
similar results


3.
Role of solar X-ray flares and CME in the E region ionosphere of Mars: MGS observations
Haider, S.A., Planetary and Space Science, 63-64, p.56-61, Apr 2012
doi:10.1016/j.pss.2011.11.007
…this violent solar eruption event. The solar wind protons are combined…component. These proton–hydrogen atoms…where auroral stormswere recorded…accelerated proton induced electron…quiet condition solar wind protons have provided…
Published journal article available from ScienceDirect
similar results


4.
Global electric circuit modulation of winter cyclone vorticity in the northern high latitudes
Hebert, Leo, III / Tinsley, Brian A. / Zhou, Limin, Advances in Space Research, In Press, Accepted Manuscript,Mar 2012
doi:10.1016/j.asr.2012.03.002
…latitude thunderstorms; solar wind modulation of…conductivity due to solar proton events. The onset times…as a result of the solar wind-magnetosphere interaction…particles (primarily protons) from solar disturbances…discussed for barotrophic storms by Rosenfeld et al…
Published journal article available from ScienceDirect
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5.
Magnetospheric disturbances associated with the 13 December 2006 solar flare and their ionospheric effects over North-East Asia
Zolotukhina, N. / Polekh, N. / Kurkin, V. / Pirog, O. / Samsonov, S. / Moiseyev, A., Advances in Space Research, 49 (5), p.883-897, Mar 2012
doi:10.1016/j.asr.2011.11.038
…The 4B-class solar flare occurred in…intensification of proton (0.8…of ionospheric storms (response…longitude, season, solar activity, time…of ionospheric storms, and clarify…processes among the solar wind, the outer magnetosphere…high-energy protons emitted by…
Published journal article available from ScienceDirect
similar results


6.
Characterization of the particle radiation environment at three potential landing sites on Mars using ESA’s MEREM models
McKenna-Lawlor, S. / Gonçalves, P. / Keating, A. / Morgado, B. / Heynderickx, D. / Nieminen, P. / Santin, G. / (…) / Balaz, J., Icarus, 218 (1), p.723-734, Mar 2012
doi:10.1016/j.icarus.2011.04.004
solar wind at the time of solar maximum. 4.2 Flare related SEPs Significant solar flares not only generate…GeV/nucleon). These SolarEnergetic Particles…are mostly composed of protons and electrons with, in…and to display an high proton content. Although…
Published journal article available from ScienceDirect
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7.
TriTel 3 dimensional space dosimetric telescope in the European Student Earth Orbiter project of ESA
Zábori, Balázs / Hirn, Attila, Acta Astronautica, 71, p.20-31, Feb 2012
doi:10.1016/j.actaastro.2011.08.010
…and the effects of solar activity…cosmic rays, the solar cosmic rays and…and AE-8 trapped proton and electron…particles (mainly protonsand electrons…important source is the solar wind, which contains…interaction, the magnetic storms or the anomalies…
Published journal article available from ScienceDirect
similar results


8.
On radiation belt dynamics during magnetic storms
Lazutin, L.L., Advances in Space Research, 49 (2), p.302-315, Jan 2012
doi:10.1016/j.asr.2011.09.015
…but during strong magnetic storms they are also affected by…equally affects electrons and protons. Additional changes of the protonradiation belt are created by the solar cosmic rays. During strong storms solar protons penetrate into the inner…
Published journal article available from ScienceDirect
similar results


9.
Chapter IID-2 – Operation of Solar Cells in a Space Environment
Bailey, Sheila / Raffaelle, Ryne, Practical Handbook of Photovoltaics, Jan 2012
ISBN:9780123859341
…therefore variations in proton flux can be as…of the orbit. Protons can also reach…line but then the protons must diffuse through the solarcorona before they…isotropic. The trapped proton population is also…Magnetic solar storms can raise the…
Published journal article available from ScienceDirect
similar results


10.
The role of volcanic aerosols and relativistic electrons in modulating winter storm vorticity
Tinsley, Brian A. / Zhou, Limin / Liu, Weiping, Advances in Space Research, In Press, Corrected Proof,Dec 2011
doi:10.1016/j.asr.2011.12.019
…hemisphere winter storms, measured by the…VAI, at times that solar wind…context of winter storms with significant…links between thesolar wind, the REF, J…updrafts in winter storms. Whereas previous…shown to respond to solar wind changes causing J z changes…
Published journal article available from ScienceDirect
similar results

Especialmente interesnte es el estudio que realizan Tinsley, Brian A. Zhou, Limin y Liu, Weiping, en el que claramente explican las interacciones entre los flujos de partículas y las cargas de la Ionosfera.

Pero sin duda alguna, lo más relevante de este tipo de tormentas, corresponde a la innegable posibilidad de analizar las ondas gravitacionales o pulsos “G” que se manifiestan en las tormentas de larga duración.

La medición de estos eventos ha sido realizada por diversos equipos de científicos nórdicos, predominantemente en Suecia y Noruega en los últimos años, y actualmente muestran sus resultados detalladamente por medición ,equipo y lugar de procedencia.

Seguidamente facilitamos un detalle de equipos y resultados detallados:

1.-Listado de estudios detallados: Relación de estudios.

2.-Relación de Investigadores interesados y participantes en los estudios.

Saquen sus propias conclusiones.

StarViewerTeam International 2012.