The Prague Post - 'Invisibility' and quantum computing tipped for physics Nobel

EUR -
AED 4.154287
AFN 80.408069
ALL 98.520484
AMD 441.555935
ANG 2.038467
AOA 1036.034688
ARS 1323.545745
AUD 1.76325
AWG 2.035877
AZN 1.924877
BAM 1.953835
BBD 2.291775
BDT 137.911305
BGN 1.952619
BHD 0.426569
BIF 3375.989906
BMD 1.131043
BND 1.483002
BOB 7.843112
BRL 6.417987
BSD 1.135053
BTN 95.92453
BWP 15.538099
BYN 3.714532
BYR 22168.433619
BZD 2.279987
CAD 1.559516
CDF 3249.484845
CHF 0.935039
CLF 0.027935
CLP 1071.99087
CNY 8.224206
CNH 8.229907
COP 4799.126566
CRC 573.315824
CUC 1.131043
CUP 29.972627
CVE 110.15422
CZK 24.951961
DJF 202.127618
DKK 7.464298
DOP 66.801933
DZD 150.107049
EGP 57.568483
ERN 16.965638
ETB 152.324736
FJD 2.555534
FKP 0.844211
GBP 0.849763
GEL 3.104754
GGP 0.844211
GHS 16.174733
GIP 0.844211
GMD 80.867405
GNF 9830.895954
GTQ 8.741209
GYD 238.190456
HKD 8.77296
HNL 29.455247
HRK 7.531158
HTG 148.288902
HUF 404.590853
IDR 18719.319419
ILS 4.116904
IMP 0.844211
INR 95.713326
IQD 1486.898081
IRR 47631.030525
ISK 145.700384
JEP 0.844211
JMD 179.688496
JOD 0.802141
JPY 162.13325
KES 146.93368
KGS 98.909817
KHR 4543.370562
KMF 491.444561
KPW 1017.895622
KRW 1616.021848
KWD 0.346665
KYD 0.945936
KZT 582.476489
LAK 24540.211881
LBP 101700.322707
LKR 339.776791
LRD 227.011699
LSL 21.135151
LTL 3.339674
LVL 0.684157
LYD 6.195796
MAD 10.52072
MDL 19.48332
MGA 5039.842406
MKD 61.468183
MMK 2374.501375
MNT 4041.530788
MOP 9.068939
MRU 44.914235
MUR 50.987711
MVR 17.429352
MWK 1968.185829
MXN 22.181552
MYR 4.879885
MZN 72.386845
NAD 21.134965
NGN 1818.105828
NIO 41.76781
NOK 11.775114
NPR 153.478971
NZD 1.903104
OMR 0.435664
PAB 1.135058
PEN 4.161715
PGK 4.634278
PHP 63.140423
PKR 318.921657
PLN 4.283322
PYG 9090.897642
QAR 4.137039
RON 4.978172
RSD 117.082253
RUB 92.875054
RWF 1630.531373
SAR 4.242185
SBD 9.456983
SCR 16.159791
SDG 679.19036
SEK 10.941983
SGD 1.479816
SHP 0.888822
SLE 25.776321
SLL 23717.378
SOS 648.636209
SRD 41.675561
STD 23410.296838
SVC 9.93188
SYP 14705.147341
SZL 21.11639
THB 37.934602
TJS 11.963469
TMT 3.958649
TND 3.37111
TOP 2.64901
TRY 43.545253
TTD 7.688166
TWD 36.297645
TZS 3042.504187
UAH 47.084415
UGX 4157.818559
USD 1.131043
UYU 47.761967
UZS 14680.23636
VES 98.104333
VND 29412.761034
VUV 136.188163
WST 3.131177
XAF 655.286403
XAG 0.035081
XAU 0.000349
XCD 3.056699
XDR 0.814966
XOF 655.300873
XPF 119.331742
YER 277.048983
ZAR 21.065211
ZMK 10180.743151
ZMW 31.582958
ZWL 364.195234
  • CMSC

    -0.2300

    22.01

    -1.04%

  • RBGPF

    63.0000

    63

    +100%

  • RELX

    0.8400

    54.63

    +1.54%

  • RYCEF

    -0.2500

    10

    -2.5%

  • NGG

    -0.0400

    73

    -0.05%

  • AZN

    0.0800

    71.79

    +0.11%

  • RIO

    -1.4800

    59.4

    -2.49%

  • GSK

    0.8800

    39.85

    +2.21%

  • BTI

    0.6900

    43.55

    +1.58%

  • CMSD

    -0.0500

    22.3

    -0.22%

  • BP

    -0.6100

    27.46

    -2.22%

  • VOD

    0.1800

    9.76

    +1.84%

  • SCS

    -0.0900

    9.92

    -0.91%

  • BCC

    -1.2200

    93.28

    -1.31%

  • JRI

    -0.0200

    12.91

    -0.15%

  • BCE

    0.3300

    22.25

    +1.48%

'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.

U.Pospisil--TPP