The Japan Times - 'Invisibility' and quantum computing tipped for physics Nobel

EUR -
AED 4.294825
AFN 74.26706
ALL 95.235068
AMD 433.678625
ANG 2.09282
AOA 1073.370481
ARS 1639.321515
AUD 1.630671
AWG 2.10757
AZN 1.983767
BAM 1.954352
BBD 2.355281
BDT 143.513037
BGN 1.950426
BHD 0.441275
BIF 3478.514393
BMD 1.169249
BND 1.491795
BOB 8.110989
BRL 5.829169
BSD 1.169398
BTN 111.160625
BWP 15.874236
BYN 3.307749
BYR 22917.271297
BZD 2.352357
CAD 1.59109
CDF 2707.979679
CHF 0.9161
CLF 0.027111
CLP 1067.058417
CNY 7.98626
CNH 7.987499
COP 4355.789877
CRC 531.703711
CUC 1.169249
CUP 30.985086
CVE 110.669075
CZK 24.389764
DJF 207.79897
DKK 7.471206
DOP 69.684246
DZD 154.709155
EGP 62.596073
ERN 17.538728
ETB 183.572115
FJD 2.570418
FKP 0.860826
GBP 0.863975
GEL 3.13369
GGP 0.860826
GHS 13.089782
GIP 0.860826
GMD 85.893092
GNF 10263.082116
GTQ 8.937581
GYD 244.66869
HKD 9.159717
HNL 31.125034
HRK 7.533704
HTG 153.045827
HUF 364.875679
IDR 20356.383154
ILS 3.442262
IMP 0.860826
INR 111.417985
IQD 1531.715582
IRR 1537561.824436
ISK 143.384723
JEP 0.860826
JMD 184.233475
JOD 0.828938
JPY 183.840366
KES 151.043924
KGS 102.216292
KHR 4691.024848
KMF 491.706982
KPW 1052.32368
KRW 1726.734529
KWD 0.360158
KYD 0.974678
KZT 542.507978
LAK 25700.082866
LBP 104706.206972
LKR 373.699876
LRD 214.995535
LSL 19.479861
LTL 3.452487
LVL 0.707266
LYD 7.424954
MAD 10.817011
MDL 20.135079
MGA 4852.381592
MKD 61.647295
MMK 2455.12932
MNT 4182.022623
MOP 9.436707
MRU 46.735016
MUR 54.674246
MVR 18.070718
MWK 2036.248415
MXN 20.483305
MYR 4.622065
MZN 74.727051
NAD 19.479797
NGN 1608.090757
NIO 42.92346
NOK 10.840922
NPR 177.85492
NZD 1.990535
OMR 0.449576
PAB 1.169633
PEN 4.101138
PGK 5.073077
PHP 72.140349
PKR 325.957278
PLN 4.257696
PYG 7270.612157
QAR 4.260154
RON 5.194741
RSD 117.373328
RUB 88.256626
RWF 1708.856735
SAR 4.387249
SBD 9.403225
SCR 16.261884
SDG 702.132427
SEK 10.85612
SGD 1.493049
SHP 0.872962
SLE 28.761299
SLL 24518.552683
SOS 667.640738
SRD 43.795355
STD 24201.083982
STN 24.799761
SVC 10.234372
SYP 129.231176
SZL 19.479343
THB 38.292859
TJS 10.947887
TMT 4.098216
TND 3.403178
TOP 2.81527
TRY 52.847116
TTD 7.944113
TWD 37.041623
TZS 3034.19965
UAH 51.53521
UGX 4388.865567
USD 1.169249
UYU 47.105093
UZS 13972.520287
VES 571.6956
VND 30797.421802
VUV 138.881917
WST 3.17473
XAF 655.471267
XAG 0.016066
XAU 0.000259
XCD 3.159953
XCG 2.108038
XDR 0.813364
XOF 654.779359
XPF 119.331742
YER 278.980485
ZAR 19.663779
ZMK 10524.646391
ZMW 21.90177
ZWL 376.497551
  • RBGPF

    0.5000

    63.1

    +0.79%

  • CMSC

    -0.0100

    22.87

    -0.04%

  • RELX

    0.0100

    36.36

    +0.03%

  • NGG

    -0.9800

    87.5

    -1.12%

  • BCC

    -3.8000

    74.33

    -5.11%

  • BCE

    -0.0300

    23.93

    -0.13%

  • BP

    0.5300

    46.94

    +1.13%

  • GSK

    -0.7100

    50.9

    -1.39%

  • RIO

    -1.9500

    98.63

    -1.98%

  • JRI

    -0.0500

    12.93

    -0.39%

  • RYCEF

    -0.3000

    16

    -1.88%

  • BTI

    -0.3600

    58.35

    -0.62%

  • CMSD

    -0.0300

    23.25

    -0.13%

  • AZN

    -1.2800

    183.46

    -0.7%

  • VOD

    -0.1000

    16.05

    -0.62%

'Invisibility' and quantum computing tipped for physics Nobel
'Invisibility' and quantum computing tipped for physics Nobel / Photo: Jonathan NACKSTRAND - AFP/File

'Invisibility' and quantum computing tipped for physics Nobel

An "invisibility cloak", an atomic force microscope or quantum computing are some of the scientific achievements that could win a Nobel prize in physics 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 on Monday was awarded to American scientists Victor Ambros and Gary Ruvkun.

The US duo were honoured for their discovery of microRNA and its role in how genes are regulated.

Predicting a winner is always tricky but this year, Nobel buzz has spotlighted, among others, Israeli-British physicist David Deutsch, a professor at the University of Oxford, and American mathematician Peter Shor.

David Pendlebury, head of analytics group Clarivate, which keeps an eye on potential Nobel science laureates, told AFP the duo might be honoured "for their work in quantum algorithms and quantum computing".

Pendlebury said the two researchers were among their top picks given the number of citations their papers had received.

At the same time, he said it would be "surprising" if the Nobel jury awarded quantum mechanics again, just two years after Alain Aspect of France, John Clauser of the United States and Austria's Anton Zeilinger won for their work into quantum entanglement.

- 'Invisibility cloak' -

In the field of quantum mechanics, other notables are Israeli Yakir Aharonov and Briton Michael Berry, who have both made discoveries which now bear their names.

Another favourite who has been speculated about as a potential winner for years is Britain's John B. Pendry, who has become famous for his "invisibility cloak", in which he uses materials to bend light to make objects invisible.

Italian-American Federico Capasso has also been mentioned for research into photonics -- the science of light waves -- and contributing to the invention and development of the quantum cascade laser.

Lars Brostrom, science editor at Swedish Radio, said one potential winner could be Swiss physicist Christoph Gerber "for the invention of the atomic force microscope together with Gerd Binnig and Calvin Quate".

The Nobel prize only honours living scientists and Quate died in 2019, but if Germany's Binnig were to share the honour it would be his second Nobel Prize in Physics after he won it in 1986 for the "design of the scanning tunneling microscope".

Another pick for Brostrom would be Canadian-American astronomer Sara Seager.

Brostrom told AFP that Seager could be awarded for "new ways to find signatures of life in planetary atmospheres, how to analyse the atmospheres of exoplanets to find those that could harbour life".

The Nobel jury has a tradition of honouring multiple researchers at once, and another trio among those speculated about is Canadian-born Allan MacDonald, Israeli Rafi Bistritzer and Spain's Pablo Jarillo-Herrero.

The three already won the 2020 Wolf Prize in Physics "for pioneering theoretical and experimental work on twisted bilayer graphene", a discovery that has been hailed as having the potential to lead to an energy revolution.

- 'Slow light' -

Physics World's online editor Hamish Johnston speculated in a podcast ahead of the prize that Danish physicist Lene Hau might be in line for a nod "for her work on slow light".

In 1999, Hau and her team managed to slow down light by passing it through a cloud of atoms that had been deep chilled into a slow-moving state known as Bose-Einstein condensate.

Two years later, they managed to stop it completely, before speeding it back up.

Awarded since 1901, the Nobel Prizes honour those who have, in the words of prize creator and scientist Alfred Nobel, "conferred the greatest benefit on humankind".

Last year, the Nobel Prize in Physics went to France's Pierre Agostini, Hungarian-Austrian Ferenc Krausz and Franco-Swede Anne L'Huillier for research using ultra quick light flashes that enable the study of electrons inside atoms and molecules.

The physics prize will be followed by the chemistry prize on Wednesday, with the highly watched literature and peace prizes to be announced on Thursday and Friday respectively.

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 King Carl XVI Gustaf at a formal ceremony in Stockholm on December 10, the anniversary of the 1896 death of scientist Alfred Nobel who created the prizes in his last will and testament.

T.Sato--JT