Zürcher Nachrichten - Computer advances and 'invisibility cloak' vie for physics Nobel

EUR -
AED 4.278489
AFN 76.301366
ALL 96.530556
AMD 444.389335
ANG 2.085119
AOA 1068.154458
ARS 1670.316609
AUD 1.75427
AWG 2.096704
AZN 1.984845
BAM 1.955415
BBD 2.345238
BDT 142.439297
BGN 1.957372
BHD 0.439074
BIF 3456.06653
BMD 1.164835
BND 1.508396
BOB 8.046379
BRL 6.313529
BSD 1.16437
BTN 104.690912
BWP 15.469884
BYN 3.34764
BYR 22830.773166
BZD 2.341828
CAD 1.611422
CDF 2599.912958
CHF 0.937162
CLF 0.02734
CLP 1072.545921
CNY 8.235507
CNH 8.234944
COP 4446.759008
CRC 568.78787
CUC 1.164835
CUP 30.868137
CVE 110.780379
CZK 24.198994
DJF 207.014999
DKK 7.469472
DOP 74.84113
DZD 151.385181
EGP 55.40272
ERN 17.47253
ETB 180.60972
FJD 2.630723
FKP 0.8723
GBP 0.873382
GEL 3.149553
GGP 0.8723
GHS 13.337819
GIP 0.8723
GMD 85.033396
GNF 10119.511721
GTQ 8.919242
GYD 243.610929
HKD 9.068302
HNL 30.667954
HRK 7.538703
HTG 152.42995
HUF 382.163892
IDR 19442.733022
ILS 3.76907
IMP 0.8723
INR 104.795933
IQD 1525.399284
IRR 49054.133779
ISK 149.006189
JEP 0.8723
JMD 186.373259
JOD 0.825914
JPY 180.836077
KES 150.617641
KGS 101.8653
KHR 4665.166047
KMF 491.560932
KPW 1048.343898
KRW 1715.709753
KWD 0.357232
KYD 0.970405
KZT 588.861385
LAK 25249.913875
LBP 104272.296288
LKR 359.159196
LRD 204.939598
LSL 19.73441
LTL 3.439456
LVL 0.704598
LYD 6.329752
MAD 10.752872
MDL 19.812009
MGA 5193.953775
MKD 61.627851
MMK 2446.083892
MNT 4131.091086
MOP 9.337359
MRU 46.433846
MUR 53.664406
MVR 17.950554
MWK 2019.093291
MXN 21.176696
MYR 4.788683
MZN 74.437324
NAD 19.73441
NGN 1689.139851
NIO 42.851552
NOK 11.767103
NPR 167.505978
NZD 2.016522
OMR 0.447885
PAB 1.164465
PEN 3.914028
PGK 4.940241
PHP 68.699705
PKR 326.441746
PLN 4.232667
PYG 8008.421228
QAR 4.244263
RON 5.093014
RSD 117.420109
RUB 89.113003
RWF 1694.158743
SAR 4.371861
SBD 9.5794
SCR 15.722146
SDG 700.652754
SEK 10.953705
SGD 1.509027
SHP 0.873928
SLE 26.791608
SLL 24426.013032
SOS 664.266196
SRD 44.99647
STD 24109.740275
STN 24.495171
SVC 10.187374
SYP 12881.033885
SZL 19.719113
THB 37.125677
TJS 10.683448
TMT 4.076924
TND 3.415727
TOP 2.804644
TRY 49.510866
TTD 7.893444
TWD 36.432793
TZS 2836.374505
UAH 48.875802
UGX 4119.187948
USD 1.164835
UYU 45.541022
UZS 13930.253805
VES 289.561652
VND 30705.060237
VUV 142.19158
WST 3.250066
XAF 655.824896
XAG 0.019865
XAU 0.000276
XCD 3.148026
XCG 2.098577
XDR 0.815408
XOF 655.723589
XPF 119.331742
YER 277.700931
ZAR 19.720255
ZMK 10484.920268
ZMW 26.920577
ZWL 375.076512
  • CMSC

    -0.0800

    23.4

    -0.34%

  • BCC

    -1.1100

    73.15

    -1.52%

  • GSK

    -0.3270

    48.243

    -0.68%

  • BCE

    0.2500

    23.47

    +1.07%

  • RIO

    -0.3100

    73.42

    -0.42%

  • SCS

    -0.0850

    16.145

    -0.53%

  • NGG

    -0.3900

    75.52

    -0.52%

  • BP

    -0.9650

    36.265

    -2.66%

  • BTI

    -0.8250

    57.215

    -1.44%

  • RBGPF

    0.0000

    78.35

    0%

  • JRI

    0.0300

    13.78

    +0.22%

  • RYCEF

    -0.1400

    14.51

    -0.96%

  • RELX

    -0.1340

    40.406

    -0.33%

  • CMSD

    -0.0550

    23.265

    -0.24%

  • VOD

    -0.1630

    12.47

    -1.31%

  • AZN

    0.2900

    90.32

    +0.32%

Computer advances and 'invisibility cloak' vie for physics Nobel
Computer advances and 'invisibility cloak' vie for physics Nobel / Photo: Jonathan NACKSTRAND - 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.

M.Hug--NZN