The Fort Worth Press - Computer advances and 'invisibility cloak' vie for physics Nobel

USD -
AED 3.672503
AFN 64.000081
ALL 82.483757
AMD 367.60217
ANG 1.790403
AOA 918.000006
ARS 1451.003301
AUD 1.425649
AWG 1.8025
AZN 1.700973
BAM 1.705709
BBD 2.013483
BDT 122.708482
BGN 1.69088
BHD 0.377011
BIF 2981.022483
BMD 1
BND 1.290663
BOB 6.90816
BRL 5.1598
BSD 0.999721
BTN 94.239742
BWP 13.585663
BYN 2.777729
BYR 19600
BZD 2.010527
CAD 1.41513
CDF 2299.999587
CHF 0.806597
CLF 0.022864
CLP 899.82007
CNY 6.769304
CNH 6.788585
COP 3446.46
CRC 453.506829
CUC 1
CUP 26.5
CVE 96.16609
CZK 21.126799
DJF 178.019649
DKK 6.51815
DOP 58.432611
DZD 133.484005
EGP 49.920401
ERN 15
ETB 158.232624
EUR 0.87203
FJD 2.24625
FKP 0.755912
GBP 0.755665
GEL 2.654994
GGP 0.755912
GHS 11.196435
GIP 0.755912
GMD 72.479702
GNF 8757.914566
GTQ 7.625892
GYD 209.119888
HKD 7.838765
HNL 26.742077
HRK 6.5737
HTG 130.583803
HUF 307.440178
IDR 17807
ILS 2.962155
IMP 0.755912
INR 94.3712
IQD 1309.588181
IRR 1375250.000366
ISK 125.569701
JEP 0.755912
JMD 157.959917
JOD 0.709013
JPY 161.219693
KES 129.450284
KGS 87.45041
KHR 4009.069899
KMF 431.000051
KPW 900.00035
KRW 1529.930165
KWD 0.30801
KYD 0.833035
KZT 487.855928
LAK 22078.029679
LBP 89521.504603
LKR 333.641485
LRD 181.943451
LSL 16.48506
LTL 2.95274
LVL 0.60489
LYD 6.376132
MAD 9.314071
MDL 17.654036
MGA 4208.910576
MKD 53.780376
MMK 2099.523204
MNT 3579.573337
MOP 8.070939
MRU 39.897263
MUR 47.86972
MVR 15.400062
MWK 1733.450199
MXN 17.33638
MYR 4.137198
MZN 63.909523
NAD 16.48506
NGN 1364.66019
NIO 36.786381
NOK 9.683745
NPR 150.787532
NZD 1.74118
OMR 0.384501
PAB 0.999725
PEN 3.383074
PGK 4.381574
PHP 60.734967
PKR 278.085242
PLN 3.71615
PYG 6138.96617
QAR 3.644308
RON 4.569603
RSD 102.366978
RUB 73.17496
RWF 1464.43989
SAR 3.748994
SBD 8.058296
SCR 13.647644
SDG 600.498647
SEK 9.56976
SGD 1.291005
SHP 0.746601
SLE 24.7506
SLL 20969.503664
SOS 571.331391
SRD 37.369005
STD 20697.981008
STN 21.367149
SVC 8.747449
SYP 110.532098
SZL 16.480613
THB 32.856498
TJS 9.272075
TMT 3.5
TND 2.954074
TOP 2.40776
TRY 46.442601
TTD 6.779085
TWD 31.605104
TZS 2625.003018
UAH 44.909735
UGX 3638.520172
UYU 39.96965
UZS 12045.839075
VES 606.63266
VND 26320
VUV 118.645306
WST 2.751804
XAF 572.078806
XAG 0.015417
XAU 0.00024
XCD 2.70255
XCG 1.801643
XDR 0.703697
XOF 572.083795
XPF 104.010047
YER 237.125002
ZAR 16.474325
ZMK 9001.201269
ZMW 17.919703
ZWL 321.999592
  • CMSD

    0.0000

    22.29

    0%

  • JRI

    0.0500

    12.67

    +0.39%

  • CMSC

    0.0500

    22.37

    +0.22%

  • NGG

    -1.2400

    79.44

    -1.56%

  • BCC

    3.8500

    74.66

    +5.16%

  • RBGPF

    -0.5300

    60.61

    -0.87%

  • RELX

    -0.8300

    31.18

    -2.66%

  • RYCEF

    -0.0300

    18.4

    -0.16%

  • BCE

    0.0000

    23.28

    0%

  • RIO

    -2.5900

    100.08

    -2.59%

  • VOD

    -0.2300

    14.3

    -1.61%

  • BTI

    -0.5800

    58.91

    -0.98%

  • GSK

    -1.4800

    50.67

    -2.92%

  • BP

    -1.0400

    39.1

    -2.66%

  • AZN

    -2.9600

    174.93

    -1.69%

Computer advances and 'invisibility cloak' vie for physics Nobel
Computer advances and 'invisibility cloak' vie for physics Nobel / Photo: © AFP/File

Computer advances and 'invisibility cloak' vie for physics Nobel

A maths theory powering computer image compression, an "invisibility cloak" or the science behind the James Webb Space Telescope are some achievements that could be honoured when the Nobel physics prize is awarded Tuesday.

Text size:

The award, to be announced at 11:45 am (0945 GMT) in Stockholm, is the second Nobel of the season, after the Medicine Prize was awarded on Monday to a US-Japanese trio for research into the human immune system.

Mary Brunkow and Fred Ramsdell, of the United States, and Japan's Shimon Sakaguchi were recognised by the Nobel jury for identifying immunological "security guards".

Several commentators have speculated this year's physics prize could honour something called wavelet theory.

David Pendlebury, who heads research analysis at the research firm Clarivate, told AFP the mathematical theory "may sound arcane" but stressed it has had a "dramatic impact on daily life" through things such as image compression for pictures and videos on computers.

Belgian physicist Ingrid Daubechies, together with French mathematicians Stephane Mallat and Yves Meyer are seen as potential winners.

Meanwhile, Lars Brostrom, science editor at public broadcaster Sveriges Radio, told AFP it might be time to for the Nobel to lend its weight to "work on something called metamaterials".

In the field, Britain's John B. Pendry, who has become famous for his "invisibility cloak", has often been seen as a contender.

- Quantum information -

"We probably discussed it last year too, and maybe the year before," Brostrom said.

"You usually talk about them, and then people stop talking about them, and then they get the prize," he added.

Brostrom also cited "the people behind the James Webb Space Telescope" as a potential frontrunner, describing it as a "typical case" for a Nobel, where the theories date back decades and then are put into practice, in this case when the telescope was launched into space in late 2021.

Work on "quantum information" and algorithms is also buzzed about.

"Much of the pioneering work in this field was done several decades ago, and has come to fruition in functioning quantum computers and cryptography systems," Hamish Johnston, online editor of science magazine Physics World, wrote.

American mathematician Peter Shor, Canadian cryptographer Gilles Brassard, American physicist Charles H. Bennett, and Israeli-British scientist David Deutsch are likely ones to be honoured, according to the magazine.

- Teeny-scale microscope -

Scientific advances in astrophysics are also among experts' top picks.

Newspaper Dagens Nyheter scientific journalist Maria Gunther speculated that work into how galaxies are formed could be honoured, while noting the work of Mexican-British cosmologist Carlos Frenk, Argentinian astrophysicist Julio Navarro and British scientist Simon White.

For Physics World, the theory of cosmic inflation, which seeks to explain the current nature of the universe through the lens of "exponential expansion of the universe in its very early history" could also be a contender.

The magazine said American theoretical physicist Alan Guth and Russian-American Andrei Linde were clear choices.

Camilla Widebeck, a science journalist with Sveriges Radio, speculated that a microscope for the infinitesimally small -- the atomic force microscope -- could also be awarded.

This instrument is capable of producing 3D images at an extremely small scale, sometimes at atomic resolution, and is significant in nanotechnology.

Swiss physicist Christoph Gerber is mentioned as a key figure in this domain.

Last year, the Nobel Prize in Physics went to British-Canadian Geoffrey Hinton and American John Hopfield for their pioneering work on the foundations of artificial intelligence -- with both of them warning that their discoveries carried profound risks to society and humanity.

The physics prize will be followed by the chemistry prize on Wednesday.

The literature prize will be announced on Thursday, and the highly watched Nobel Peace Prize on Friday.

The economics prize wraps up the 2024 Nobel season on October 14.

The winners will receive their prize -- consisting of a diploma, a gold medal and a $1 million cheque -- from Sweden's King Carl XVI Gustaf at a formal ceremony in Stockholm on December 10.

That date is the anniversary of the death in 1896 of scientist Alfred Nobel, who created the prizes in his will.

A.Williams--TFWP