The Fort Worth Press - Rising odds asteroid that briefly threatened Earth will hit Moon

USD -
AED 3.672985
AFN 65.000215
ALL 80.742224
AMD 360.120146
ANG 1.789785
AOA 918.000259
ARS 1547.504298
AUD 1.425618
AWG 1.8025
AZN 1.704639
BAM 1.737338
BBD 2.013458
BDT 124.459802
BGN 1.747831
BHD 0.377436
BIF 2986.973187
BMD 1
BND 1.277909
BOB 12.120755
BRL 5.462498
BSD 0.999711
BTN 94.558763
BWP 13.724402
BYN 2.982914
BYR 19600
BZD 2.010562
CAD 1.396435
CDF 2312.495179
CHF 0.81689
CLF 0.024512
CLP 964.730095
CNY 6.680898
CNH 6.67278
COP 3233.55
CRC 454.091218
CUC 1
CUP 23.992112
CVE 97.94847
CZK 21.59735
DJF 177.720509
DKK 6.651604
DOP 60.031357
DZD 135.94453
EGP 54.718599
ERN 15
ETB 164.071845
EUR 0.88991
FJD 2.24175
FKP 0.745268
GBP 0.742315
GEL 2.602348
GGP 0.745268
GHS 11.631305
GIP 0.745268
GMD 73.999777
GNF 8855.000423
GTQ 7.639521
GYD 209.448686
HKD 7.845385
HNL 26.868429
HRK 6.76901
HTG 130.971046
HUF 322.277998
IDR 18097.15
ILS 3.153897
IMP 0.745268
INR 94.33125
IQD 1515.529716
IRR 1883408.502283
ISK 121.570181
JEP 0.745268
JMD 158.455068
JOD 0.709023
JPY 158.307502
KES 129.890478
KGS 87.449951
KHR 4064.827605
KMF 440.99974
KPW 899.999961
KRW 1340.964971
KWD 0.31079
KYD 0.833041
KZT 451.807175
LAK 22506.673299
LBP 89519.744527
LKR 332.641939
LRD 169.939285
LSL 16.455617
LTL 2.95274
LVL 0.60489
LYD 6.409977
MAD 9.765444
MDL 17.929301
MGA 4515.192027
MKD 54.842921
MMK 2099.52083
MNT 3598.087189
MOP 8.077598
MRU 40.663904
MUR 47.090153
MVR 15.454969
MWK 1733.399066
MXN 18.56657
MYR 4.063499
MZN 63.910116
NAD 16.455325
NGN 1346.419798
NIO 36.784529
NOK 9.301655
NPR 151.29402
NZD 1.77669
OMR 0.384505
PAB 0.999773
PEN 3.450426
PGK 4.485918
PHP 63.245999
PKR 276.534117
PLN 3.901551
PYG 6061.763543
QAR 3.644609
RON 4.753401
RSD 104.687977
RUB 81.79709
RWF 1471.012787
SAR 3.756339
SBD 8.051718
SCR 13.900191
SDG 601.494218
SEK 9.72677
SGD 1.278485
SHP 0.745545
SLE 22.909904
SLL 20969.504398
SOS 571.349894
SRD 37.563995
STD 20697.981008
STN 21.763752
SVC 8.747096
SYP 13001.999685
SZL 16.44674
THB 33.583963
TJS 9.221818
TMT 3.51
TND 2.979449
TOP 2.40776
TRY 50.019702
TTD 6.776725
TWD 32.844598
TZS 2649.99802
UAH 45.52523
UGX 4104.021853
UYU 40.19489
UZS 11886.139647
VES 890.036598
VND 25704.5
VUV 119.472328
WST 2.779309
XAF 583.742545
XAG 0.019088
XAU 0.000245834942
XCD 2.70255
XCG 1.801579
XDR 0.707052
XOF 583.742545
XPF 105.938734
YER 236.174953
ZAR 16.396098
ZMK 9001.19797
ZMW 20.274394
ZWL 321.999592
SSP 5745.96484
MXV 2.089881
  • RIO

    -0.3300

    97.04

    -0.34%

  • CMSC

    -0.0400

    20.67

    -0.19%

  • RELX

    0.0000

    33.41

    0%

  • RBGPF

    0.0000

    67.95

    0%

  • BCE

    -0.0700

    21.99

    -0.32%

  • BCC

    -0.0300

    75.66

    -0.04%

  • GSK

    0.8600

    51.08

    +1.68%

  • JRI

    -0.0300

    11.52

    -0.26%

  • NGG

    -0.1200

    76.68

    -0.16%

  • CMSD

    0.0900

    20.54

    +0.44%

  • BTI

    -0.0800

    55.75

    -0.14%

  • AZN

    2.0200

    168.1

    +1.2%

  • BP

    -1.4200

    43.16

    -3.29%

  • RYCEF

    0.4600

    19.7

    +2.34%

  • VOD

    0.0700

    17.02

    +0.41%

Rising odds asteroid that briefly threatened Earth will hit Moon
Rising odds asteroid that briefly threatened Earth will hit Moon / Photo: © European Southern Observatory/AFP/File

Rising odds asteroid that briefly threatened Earth will hit Moon

An huge asteroid that was briefly feared to strike Earth now has a nearly four percent chance of smashing into the Moon, according to new data from the James Webb Space Telescope.

Text size:

The asteroid, thought to be capable of levelling a city, set a new record in February for having the highest chance -- 3.1 percent -- of hitting our home planet than scientists have ever measured.

Earth's planetary defence community leapt into action and further observations quickly ruled out that the asteroid -- called 2024 YR4 -- will strike Earth on December 22, 2032.

But the odds that it will instead crash into Earth's satellite have been steadily rising.

After the Webb telescope turned its powerful gaze towards the asteroid last month, the chance of a Moon shot is now at 3.8 percent, NASA said.

"There is still a 96.2 percent chance that the asteroid will miss the Moon," NASA said in a statement on Thursday.

Richard Moissl, head of the European Space Agency's planetary defence office, told AFP that this aligned with their internal estimates of around four percent.

The new Webb data also shed light on the size of the space rock, which was previously estimated to be between 40 and 90 metres (131 to 295 feet).

It is now believed to be 53 to 67 metres, roughly the height of a 15-storey building.

This is significant because it is bigger than the 50-metre threshold for activating planetary defence plans.

If the asteroid still had a more than one percent chance of hitting Earth, "the development of one or more deflection missions would already be starting now", Moissl said.

There are a range of ideas for how Earth could fend off an oncoming asteroid, including nuclear weapons and lasers.

But only one has been tested on an actual asteroid. In 2022, NASA's DART mission successfully altered a harmless asteroid's trajectory by smashing a spacecraft into it.

- 'Perfect opportunity' -

While no one wanted to need to test Earth's defences on the potentially hugely destructive asteroid 2024 YR4, many scientists are hoping it will strike the Moon.

"The possibility of getting a chance for an observation of a sizeable Moon impact is indeed an interesting scenario from a scientific point of view," Moissl said.

It could offer up a range of information that would be "valuable for planetary defence purposes," he added.

Mark Burchell, a space scientist at the UK's University of Kent, told New Scientist that a Moon hit would be "a great experiment and a perfect opportunity".

And on Earth, "telescopes would certainly see it, I would say, and binoculars might see it," he added.

The asteroid is the smallest object ever targeted by the Webb telescope.

Webb's measurements of the space rock's thermal data indicate that it "does not share properties observed in larger asteroids", the European Space agency said in a statement.

"This is likely a combination of its fast spin and lack of fine-grained sand on its surface," it said, adding that this was more common in fist-sized asteroids.

More information will come when Webb again observes the asteroid again next month.

M.T.Smith--TFWP