Semantic Scholar Open Access 2022 491 sitasi

A detailed map of Higgs boson interactions by the ATLAS experiment ten years after the discovery

G. B. D. C. K. S. H. A. H. H. Y. A. C. B. S. B. L. C. Aad Abbott Abbott Abeling Abidi Aboulhorma Abramow G. Aad B. Abbott D. Abbott K. Abeling +495 lainnya

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The standard model of particle physics1–4 describes the known fundamental particles and forces that make up our Universe, with the exception of gravity. One of the central features of the standard model is a field that permeates all of space and interacts with fundamental particles5–9. The quantum excitation of this field, known as the Higgs field, manifests itself as the Higgs boson, the only fundamental particle with no spin. In 2012, a particle with properties consistent with the Higgs boson of the standard model was observed by the ATLAS and CMS experiments at the Large Hadron Collider at CERN10,11. Since then, more than 30 times as many Higgs bosons have been recorded by the ATLAS experiment, enabling much more precise measurements and new tests of the theory. Here, on the basis of this larger dataset, we combine an unprecedented number of production and decay processes of the Higgs boson to scrutinize its interactions with elementary particles. Interactions with gluons, photons, and W and Z bosons—the carriers of the strong, electromagnetic and weak forces—are studied in detail. Interactions with three third-generation matter particles (bottom (b) and top (t) quarks, and tau leptons (τ)) are well measured and indications of interactions with a second-generation particle (muons, μ) are emerging. These tests reveal that the Higgs boson discovered ten years ago is remarkably consistent with the predictions of the theory and provide stringent constraints on many models of new phenomena beyond the standard model. Ten years after the discovery of the Higgs boson, the ATLAS experiment at CERN probes its kinematic properties with a significantly larger dataset from 2015–2018 and provides further insights on its interaction with other known particles.

Topik & Kata Kunci

Physics Medicine

Penulis (500)

G. B. D. C. K. S. H. A. H. H. Y. A. C. B. S. B. L. C. Aad Abbott Abbott Abeling Abidi Aboulhorma Abramow

G. Aad

B. Abbott

D. Abbott

K. Abeling

S. Abidi

A. Aboulhorma

H. Abramowicz

H. Abreu

Y. Abulaiti

A. Abusleme Hoffman

B. Acharya

B. Achkar

L. Adam

C. Bourdarios

L. Adamczyk

L. Adamek

S. Addepalli

J. Adelman

A. Adiguzel

S. Adorni

T. Adye

A. Affolder

Y. Afik

M. N. Agaras

J. Agarwala

A. Aggarwal

C. Agheorghiesei

J. A. Aguilar-Saavedra

A. Ahmad

F. Ahmadov

W. S. Ahmed

S. Ahuja

X. Ai

G. Aielli

I. Aizenberg

M. Akbiyik

T. Åkesson

A. Akimov

K. Al Khoury

G. Alberghi

J. Albert

P. Albicocco

M. Verzini

S. Alderweireldt

M. Aleksa

I. Aleksandrov

C. Alexa

T. Alexopoulos

A. Alfonsi

F. Alfonsi

M. Alhroob

B. Ali

S. Ali

M. Aliev

G. Alimonti

C. Allaire

B. Allbrooke

P. Allport

A. Aloisio

F. Alonso

C. Alpigiani

E. A. Camelia

M. Alvarez Estevez

M. Alviggi

Y. A. Coutinho

A. Ambler

C. Amelung

C. Ames

D. Amidei

S. P. A. Dos Santos

S. Amoroso

K. Amos

C. Amrouche

V. Ananiev

C. Anastopoulos

N. Andari

T. Andeen

J. Anders

S. Y. Andrean

A. Andreazza

S. Angelidakis

A. Angerami

A. Anisenkov

A. Annovi

C. Antel

M. T. Anthony

E. Antipov

M. Antonelli

D. Antrim

F. Anulli

M. Aoki

J. Aparisi Pozo

M. Aparo

L. A. Bella

C. Appelt

N. Aranzabal

V. A. Ferraz

C. Arcangeletti

A. Arce

E. Arena

J. Arguin

S. Argyropoulos

J. Arling

A. Armbruster

O. Arnaez

H. Arnold

Z. P. A. Tame

G. Artoni

H. Asada

K. Asai

S. Asai

N. Asbah

E. Asimakopoulou

J. Assahsah

K. Assamagan

R. Astalos

R. Atkin

M. Atkinson

N. B. Atlay

H. Atmani

P. Atmasiddha

K. Augsten

S. Auricchio

A. Auriol

V. Austrup

G. Avner

G. Avolio

K. Axiotis

M. Ayoub

G. Azuelos

D. Babal

H. Bachacou

K. Bachas

A. Bachiu

F. Backman

A. Badea

P. Bagnaia

M. Bahmani

A. Bailey

V. R. Bailey

J. Baines

C. Bakalis

O. Baker

P. Bakker

E. Bakos

D. Gupta

S. Balaji

R. Balasubramanian

E. Baldin

P. Balek

E. Ballabene

F. Balli

L. Baltes

W. Balunas

J. Balz

E. Banas

M. Bandieramonte

A. Bandyopadhyay

S. Bansal

L. Barak

E. Barberio

D. Barberis

M. Barbero

G. Barbour

K. N. Barends

T. Barillari

M. Barisits

J. Barkeloo

T. Barklow

R. Barnett

P. Baron

D. Moreno

A. Baroncelli

G. Barone

A. Barr

L. B. Navarro

F. Barreiro

J. B. Guimarães da Costa

U. Barron

M. Teixeira

S. Barsov

F. Bartels

R. Bartoldus

A. E. Barton

P. Bartos

A. Basalaev

A. Basan

M. Baselga

I. Bashta

A. Bassalat

M. Basso

C. Basson

R. Bates

S. Batlamous

J. R. Batley

Batool Babaei Jahromi

M. Battaglia

M. Bauce

P. Bauer

A. Bayirli

J. Beacham

T. Beau

P. Beauchemin

F. Becherer

P. Bechtle

H. Beck

K. Becker

C. Becot

A. Beddall

V. Bednyakov

C. Bee

L. Beemster

T. Beermann

M. Begalli

M. Begel

A. Behera

J. Behr

C. Beirao Da Cruz E Silva

J. F. Beirer

F. Beisiegel

M. Belfkir

G. Bella

L. Bellagamba

A. Bellerive

P. Bellos

K. Beloborodov

K. Belotskiy

N. Belyaev

D. Benchekroun

F. Bendebba

Y. Benhammou

D. Benjamin

M. Benoit

J. Bensinger

S. Bentvelsen

L. Beresford

M. Beretta

D. Berge

E. Bergeaas Kuutmann

N. Berger

B. Bergmann

J. Beringer

S. Berlendis

G. Bernardi

C. Bernius

F. Bernlochner

T. Berry

P. Berta

A. Berthold

I. Bertram

O. Bylund

S. Bethke

A. Betti

A. Bevan

M. Bhamjee

S. Bhatta

D. Bhattacharya

P. Bhattarai

V. Bhopatkar

R. Bi

R. Bianchi

O. Biebel

R. Bielski

M. Biglietti

T. Billoud

M. Bindi

A. Bingul

C. Bini

S. Biondi

A. Biondini

C. Birch-sykes

G. Bird

M. Birman

T. Bisanz

D. Biswas

A. Bitadze

K. Bjørke

I. Bloch

C. Blocker

A. Blue

U. Blumenschein

J. Blumenthal

G. J. Bobbink

V. Bobrovnikov

M. Boehler

D. Bogavac

A. Bogdanchikov

C. Bohm

V. Boisvert

P. Bokan

T. Bold

M. Bomben

M. Bona

M. Boonekamp

C. D. Booth

A. Borbély

H. Borecka-Bielska

L. Borgna

G. Borissov

D. Bortoletto

D. Boscherini

M. Bosman

J. Sola

K. Bouaouda

J. Boudreau

E. Bouhova-Thacker

D. Boumediene

R. Bouquet

A. Boveia

J. Boyd

D. Boye

I. Boyko

J. Bracinik

N. Brahimi

G. Brandt

O. Brandt

F. Braren

B. Brau

J. Brau

W. Madden

K. Brendlinger

R. Brener

L. Brenner

R. Brenner

S. Bressler

B. Brickwedde

D. Britton

D. Britzger

I. Brock

G. Brooijmans

W. Brooks

E. Brost

P. B. D. de Renstrom

B. Brüers

D. Bruncko

A. Bruni

G. Bruni

M. Bruschi

N. Bruscino

L. Bryngemark

T. Buanes

Q. Buat

P. Buchholz

A. Buckley

I. Budagov

M. Bugge

O. Bulekov

B. Bullard

S. Burdin

C. Burgard

A. Burger

B. Burghgrave

J. Burr

C. D. Burton

J. Burzynski

E. L. Busch

V. Büscher

P. Bussey

J. Butler

C. Buttar

J. Butterworth

W. Buttinger

C. Vazquez

A. Buzykaev

G. Cabras

S. Urbán

D. Caforio

H. Cai

Y. Cai

V. Cairo

O. Çakir

N. Calace

P. Calafiura

G. Calderini

P. Calfayan

G. Callea

L. Calôba

D. Calvet

S. Calvet

T. Calvet

M. Calvetti

R. Toro

S. Camarda

D. C. Munoz

P. Camarri

M. Camerlingo

D. Cameron

C. Camincher

M. Campanelli

A. Camplani

V. Canale

A. Canesse

M. Bret

J. Cantero

Y. Cao

F. Capocasa

M. Capua

A. Carbone

R. Cardarelli

J. Cardenas

F. Cardillo

T. Carli

G. Carlino

B. Carlson

E. Carlson

L. Carminati

M. Carnesale

S. Caron

E. Carquin

S. Carrá

G. Carratta

F. C. Argos

J. Carter

T. M. Carter

M. Casado

A. Casha

E. G. Castiglia

F. Castillo

L. C. Garcia

V. Gimenez

N. Castro

A. Catinaccio

J. Catmore

V. Cavaliere

N. Cavalli

V. Cavasinni

E. Celebi

F. Celli

M. S. Centonze

K. Cerny

A. S. Cerqueira

A. Cerri

L. Cerrito

F. Cerutti

A. Cervelli

S. Çetin

Z. Chadi

D. Chakraborty

M. Chala

J. Chan

W. Chan

J. Chapman

B. Chargeishvili

D. Charlton

T. Charman

M. Chatterjee

S. Chekanov

S. Chekulaev

G. Chelkov

A. Chen

B. Chen

C. Chen

H. Chen

J. Chen

S. Chen

X. Chen

Y. Chen

C. Cheng

H. Cheng

A. Cheplakov

E. Cheremushkina

E. Cherepanova

R. E. El Moursli

E. Cheu

K. Cheung

L. Chevalier

V. Chiarella

G. Chiarelli

G. Chiodini

A. Chisholm

A. Chitan

Y. Chiu

M. Chizhov

K. Choi

A. Chomont

Y. Chou

E. Chow

T. Chowdhury

L. Christopher

K. Chu

M. Chu

X. Chu

J. Chudoba

J. Chwastowski

D. Cieri

K. Ciesla

V. Cindro

A. Ciocio

F. Cirotto

Z. Citron

M. Citterio

D. Ciubotaru

Format Sitasi

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Abramow, G.B.D.C.K.S.H.A.H.H.Y.A.C.B.S.B.L.C.A.A.A.A.A.A., Aad, G., Abbott, B., Abbott, D., Abeling, K., Abidi, S. et al. (2022). A detailed map of Higgs boson interactions by the ATLAS experiment ten years after the discovery. https://doi.org/10.1038/s41586-022-04893-w

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Allaire and B. Allbrooke and P. Allport and A. Aloisio and F. Alonso and C. Alpigiani and E. A. Camelia and M. Alvarez Estevez and M. Alviggi and Y. A. Coutinho and A. Ambler and C. Amelung and C. Ames and D. Amidei and S. P. A. Dos Santos and S. Amoroso and K. Amos and C. Amrouche and V. Ananiev and C. Anastopoulos and N. Andari and T. Andeen and J. Anders and S. Y. Andrean and A. Andreazza and S. Angelidakis and A. Angerami and A. Anisenkov and A. Annovi and C. Antel and M. T. Anthony and E. Antipov and M. Antonelli and D. Antrim and F. Anulli and M. Aoki and J. Aparisi Pozo and M. Aparo and L. A. Bella and C. Appelt and N. Aranzabal and V. A. Ferraz and C. Arcangeletti and A. Arce and E. Arena and J. Arguin and S. Argyropoulos and J. Arling and A. Armbruster and O. Arnaez and H. Arnold and Z. P. A. Tame and G. Artoni and H. Asada and K. Asai and S. Asai and N. Asbah and E. Asimakopoulou and J. Assahsah and K. Assamagan and R. Astalos and R. Atkin and M. Atkinson and N. B. Atlay and H. Atmani and P. Atmasiddha and K. Augsten and S. Auricchio and A. Auriol and V. Austrup and G. Avner and G. Avolio and K. Axiotis and M. Ayoub and G. Azuelos and D. Babal and H. Bachacou and K. Bachas and A. Bachiu and F. Backman and A. Badea and P. Bagnaia and M. Bahmani and A. Bailey and V. R. Bailey and J. Baines and C. Bakalis and O. Baker and P. Bakker and E. Bakos and D. Gupta and S. Balaji and R. Balasubramanian and E. Baldin and P. Balek and E. Ballabene and F. Balli and L. Baltes and W. Balunas and J. Balz and E. Banas and M. Bandieramonte and A. Bandyopadhyay and S. Bansal and L. Barak and E. Barberio and D. Barberis and M. Barbero and G. Barbour and K. N. Barends and T. Barillari and M. Barisits and J. Barkeloo and T. Barklow and R. Barnett and P. Baron and D. Moreno and A. Baroncelli and G. Barone and A. Barr and L. B. Navarro and F. Barreiro and J. B. Guimarães da Costa and U. Barron and M. Teixeira and S. Barsov and F. Bartels and R. Bartoldus and A. E. Barton and P. Bartos and A. Basalaev and A. Basan and M. Baselga and I. Bashta and A. Bassalat and M. Basso and C. Basson and R. Bates and S. Batlamous and J. R. Batley and Batool Babaei Jahromi and M. Battaglia and M. Bauce and P. Bauer and A. Bayirli and J. Beacham and T. Beau and P. Beauchemin and F. Becherer and P. Bechtle and H. Beck and K. Becker and C. Becot and A. Beddall and V. Bednyakov and C. Bee and L. Beemster and T. Beermann and M. Begalli and M. Begel and A. Behera and J. Behr and C. Beirao Da Cruz E Silva and J. F. Beirer and F. Beisiegel and M. Belfkir and G. Bella and L. Bellagamba and A. Bellerive and P. Bellos and K. Beloborodov and K. Belotskiy and N. Belyaev and D. Benchekroun and F. Bendebba and Y. Benhammou and D. Benjamin and M. Benoit and J. Bensinger and S. Bentvelsen and L. Beresford and M. Beretta and D. Berge and E. Bergeaas Kuutmann and N. Berger and B. Bergmann and J. Beringer and S. Berlendis and G. Bernardi and C. Bernius and F. Bernlochner and T. Berry and P. Berta and A. Berthold and I. Bertram and O. Bylund and S. Bethke and A. Betti and A. Bevan and M. Bhamjee and S. Bhatta and D. Bhattacharya and P. Bhattarai and V. Bhopatkar and R. Bi and R. Bi and R. Bianchi and O. Biebel and R. Bielski and M. Biglietti and T. Billoud and M. Bindi and A. Bingul and C. Bini and S. Biondi and A. Biondini and C. Birch-sykes and G. Bird and M. Birman and T. Bisanz and D. Biswas and A. Bitadze and K. Bjørke and I. Bloch and C. Blocker and A. Blue and U. Blumenschein and J. Blumenthal and G. J. Bobbink and V. Bobrovnikov and M. Boehler and D. Bogavac and A. Bogdanchikov and C. Bohm and V. Boisvert and P. Bokan and T. Bold and M. Bomben and M. Bona and M. Boonekamp and C. D. Booth and A. Borbély and H. Borecka-Bielska and L. Borgna and G. Borissov and D. Bortoletto and D. Boscherini and M. Bosman and J. Sola and K. Bouaouda and J. Boudreau and E. Bouhova-Thacker and D. Boumediene and R. Bouquet and A. Boveia and J. Boyd and D. Boye and I. Boyko and J. Bracinik and N. Brahimi and G. Brandt and O. Brandt and F. Braren and B. Brau and J. Brau and W. Madden and K. Brendlinger and R. Brener and L. Brenner and R. Brenner and S. Bressler and B. Brickwedde and D. Britton and D. Britzger and I. Brock and G. Brooijmans and W. Brooks and E. Brost and P. B. D. de Renstrom and B. Brüers and D. Bruncko and A. Bruni and G. Bruni and M. Bruschi and N. Bruscino and L. Bryngemark and T. Buanes and Q. Buat and P. Buchholz and A. Buckley and I. Budagov and M. Bugge and O. Bulekov and B. Bullard and S. Burdin and C. Burgard and A. Burger and B. Burghgrave and J. Burr and C. D. Burton and J. Burzynski and E. L. Busch and V. Büscher and P. Bussey and J. Butler and C. Buttar and J. Butterworth and W. Buttinger and C. Vazquez and A. Buzykaev and G. Cabras and S. Urbán and D. Caforio and H. Cai and Y. Cai and V. Cairo and O. Çakir and N. Calace and P. Calafiura and G. Calderini and P. Calfayan and G. Callea and L. Calôba and D. Calvet and S. Calvet and T. Calvet and M. Calvetti and R. Toro and S. Camarda and D. C. Munoz and P. Camarri and M. Camerlingo and D. Cameron and C. Camincher and M. Campanelli and A. Camplani and V. Canale and A. Canesse and M. Bret and J. Cantero and Y. Cao and F. Capocasa and M. Capua and A. Carbone and R. Cardarelli and J. Cardenas and F. Cardillo and T. Carli and G. Carlino and B. Carlson and E. Carlson and L. Carminati and M. Carnesale and S. Caron and E. Carquin and S. Carrá and G. Carratta and F. C. Argos and J. Carter and T. M. Carter and M. Casado and A. Casha and E. G. Castiglia and F. Castillo and L. C. Garcia and V. Gimenez and N. Castro and A. Catinaccio and J. Catmore and V. Cavaliere and N. Cavalli and V. Cavasinni and E. Celebi and F. Celli and M. S. Centonze and K. Cerny and A. S. Cerqueira and A. Cerri and L. Cerrito and F. Cerutti and A. Cervelli and S. Çetin and Z. Chadi and D. Chakraborty and M. Chala and J. Chan and W. Chan and W. Chan and J. Chapman and B. Chargeishvili and D. Charlton and T. Charman and M. Chatterjee and S. Chekanov and S. Chekulaev and G. Chelkov and A. Chen and B. Chen and B. Chen and C. Chen and H. Chen and H. Chen and J. Chen and J. Chen and S. Chen and S. Chen and X. Chen and X. Chen and Y. Chen and C. Cheng and H. Cheng and A. Cheplakov and E. Cheremushkina and E. Cherepanova and R. E. El Moursli and E. Cheu and K. Cheung and L. Chevalier and V. Chiarella and G. Chiarelli and G. Chiodini and A. Chisholm and A. Chitan and Y. Chiu and M. Chizhov and K. Choi and A. Chomont and Y. Chou and E. Chow and T. Chowdhury and L. Christopher and K. Chu and M. Chu and X. Chu and J. Chudoba and J. Chwastowski and D. Cieri and K. Ciesla and V. Cindro and A. Ciocio and F. Cirotto and Z. Citron and M. Citterio and D. Ciubotaru}, title = {A detailed map of Higgs boson interactions by the ATLAS experiment ten years after the discovery}, year = {2022}, journal = {Semantic Scholar}, doi = {10.1038/s41586-022-04893-w}, url = {https://www.semanticscholar.org/paper/ae12ffb64c61762e58eab6e15c31827f6d859b90}, }

Akses Cepat

Lihat di Sumber doi.org/10.1038/s41586-022-04893-w

Informasi Jurnal

Tahun Terbit: 2022
Bahasa: en
Total Sitasi: 491×
Sumber Database: Semantic Scholar
DOI: 10.1038/s41586-022-04893-w
Akses: Open Access ✓