The China Mail - Australia starts building 'momentous' radio telescope

USD -
AED 3.672935
AFN 69.500601
ALL 83.650247
AMD 383.503014
ANG 1.789783
AOA 916.999742
ARS 1298.444399
AUD 1.53977
AWG 1.8015
AZN 1.701663
BAM 1.672875
BBD 2.019801
BDT 121.54389
BGN 1.67927
BHD 0.377004
BIF 2955
BMD 1
BND 1.2813
BOB 6.912007
BRL 5.417703
BSD 1.000321
BTN 87.544103
BWP 13.368973
BYN 3.323768
BYR 19600
BZD 2.009452
CAD 1.38185
CDF 2890.000035
CHF 0.807401
CLF 0.024612
CLP 965.510439
CNY 7.18025
CNH 7.179345
COP 4053.9
CRC 505.848391
CUC 1
CUP 26.5
CVE 95.150282
CZK 21.028202
DJF 177.720077
DKK 6.407598
DOP 61.724357
DZD 129.63203
EGP 48.325803
ERN 15
ETB 140.401654
EUR 0.858201
FJD 2.25845
FKP 0.736821
GBP 0.73885
GEL 2.69502
GGP 0.736821
GHS 10.650245
GIP 0.736821
GMD 72.502706
GNF 8675.000174
GTQ 7.67326
GYD 209.282931
HKD 7.83375
HNL 26.349997
HRK 6.468403
HTG 130.995403
HUF 339.490171
IDR 16176
ILS 3.38188
IMP 0.736821
INR 87.69045
IQD 1310
IRR 42125.000101
ISK 122.919715
JEP 0.736821
JMD 160.068427
JOD 0.709043
JPY 147.832985
KES 129.497564
KGS 87.378797
KHR 4007.000141
KMF 422.500162
KPW 899.984127
KRW 1388.969951
KWD 0.305697
KYD 0.833615
KZT 538.462525
LAK 21600.000018
LBP 89550.00016
LKR 301.105528
LRD 201.50203
LSL 17.610247
LTL 2.95274
LVL 0.60489
LYD 5.425026
MAD 8.997994
MDL 16.680851
MGA 4440.000246
MKD 52.637656
MMK 2099.271251
MNT 3588.842841
MOP 8.081343
MRU 39.940258
MUR 45.38982
MVR 15.402337
MWK 1736.499098
MXN 18.796925
MYR 4.212499
MZN 63.95965
NAD 17.609887
NGN 1533.140467
NIO 36.749427
NOK 10.217696
NPR 140.070566
NZD 1.690375
OMR 0.384508
PAB 1.000321
PEN 3.562504
PGK 4.147007
PHP 57.01599
PKR 282.249908
PLN 3.66145
PYG 7492.783064
QAR 3.640503
RON 4.3457
RSD 100.588022
RUB 79.743273
RWF 1444
SAR 3.752371
SBD 8.223773
SCR 14.129716
SDG 600.505316
SEK 9.583703
SGD 1.284497
SHP 0.785843
SLE 23.20351
SLL 20969.49797
SOS 571.496902
SRD 37.540297
STD 20697.981008
STN 21.4
SVC 8.75255
SYP 13001.240644
SZL 17.609968
THB 32.479738
TJS 9.318171
TMT 3.51
TND 2.88425
TOP 2.342104
TRY 40.825202
TTD 6.789693
TWD 30.074898
TZS 2620.000168
UAH 41.503372
UGX 3559.071956
UYU 40.030622
UZS 12587.443843
VES 134.31305
VND 26265
VUV 119.406082
WST 2.658145
XAF 561.06661
XAG 0.026305
XAU 0.0003
XCD 2.70255
XCG 1.802887
XDR 0.702337
XOF 560.000068
XPF 102.750115
YER 240.274984
ZAR 17.61088
ZMK 9001.198502
ZMW 23.033465
ZWL 321.999592
  • RBGPF

    0.0000

    73.08

    0%

  • RYCEF

    0.2500

    14.95

    +1.67%

  • CMSC

    -0.0800

    23.09

    -0.35%

  • BCC

    -1.5300

    86.62

    -1.77%

  • CMSD

    -0.0530

    23.657

    -0.22%

  • SCS

    -0.1600

    16.2

    -0.99%

  • NGG

    1.0300

    71.56

    +1.44%

  • RIO

    -1.0500

    62.52

    -1.68%

  • BTI

    0.3100

    57.42

    +0.54%

  • GSK

    0.1000

    39.23

    +0.25%

  • RELX

    -0.0800

    47.69

    -0.17%

  • JRI

    0.0100

    13.41

    +0.07%

  • VOD

    -0.0100

    11.64

    -0.09%

  • BCE

    0.2600

    25.37

    +1.02%

  • BP

    0.3300

    34.64

    +0.95%

  • AZN

    0.5300

    78.47

    +0.68%

Australia starts building 'momentous' radio telescope
Australia starts building 'momentous' radio telescope / Photo: © Australia's Department of Industry, Science and Resources/AFP/File

Australia starts building 'momentous' radio telescope

Australia on Monday started building a vast network of antennas in the Outback, its section of what planners say will eventually become one of the most powerful radio telescopes in the world.

Text size:

When complete, the antennas in Australia and a network of dishes in South Africa will form the Square Kilometre Array (SKA), a massive instrument that will aim to untangle mysteries about the creation of stars, galaxies and extraterrestrial life.

The idea for the telescope was first conceived in the early 1990s, but the project was plagued by delays, funding issues and diplomatic jockeying.

The SKA Observatory's Director-General Philip Diamond described the beginning of its construction as "momentous".

The telescope "will be one of humanity's biggest-ever scientific endeavours", he said.

Its name is based on the planners' original aim, a telescope that could observe a one-square-kilometre surface, but the current South African and Australian sections will have a combined collecting area of just under half that, according to the observatory.

Both countries have huge expanses of land in remote areas with little radio disturbance -- ideal for such telescopes.

More than 130,000 Christmas tree-shaped antennas are planned in Western Australia, to be built on the traditional lands of the Wajarri Aboriginal people.

They have dubbed the site "Inyarrimanha Ilgari Bundara", or "sharing sky and stars".

"We honour their willingness to share their skies and stars with us as we seek to find answers to some of the most fundamental science questions we face," said Diamond.

The South African site will feature nearly 200 dishes in the remote Karoo region, according to the organisation.

Comparison between radio telescopes is difficult as they operate in different frequencies, according to SKA's planners.

But they have said that the two sites will give SKA higher sensitivity over single-dish radio telescopes because its arrays are spread out, forming a much bigger "virtual dish".

The project will help in "charting the birth and death of galaxies, searching for new types of gravitational waves and expanding the boundaries of what we know about the universe", said telescope director Sarah Pearce.

Danny Price from the Curtin Institute of Radio Astronomy said the telescope would be extremely powerful.

"To put the sensitivity of the SKA into perspective, the SKA could detect a mobile phone in the pocket of an astronaut on Mars, 225 million kilometres away," he said.

The SKA Observatory, headquartered at Jodrell Bank in Britain, has said the telescope should start making scientific observations by the late 2020s.

The organisation has 14 members: Britain, Australia, South Africa, Canada, China, France, Germany, India, Italy, New Zealand, Spain, Sweden, Switzerland, and The Netherlands.

C.Fong--ThChM