Faculty

Institution

Unit

Venue

Christopher Laumann

Associate Professor

Boston University

Affiliations

College of Arts & Sciences

Physics

Christopher Laumann is currently serving as a College Of Arts & Sciences Associate Professor at Boston University.

Honors

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Experiences

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Education

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Christopher Laumann

Boston University

Associate Professor

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physics condensed matter physics applied physics particle physics materials science quantum mechanics atomic physics quantum information science many-body localization condensed matter superconductivity nanotechnology topology quantum science statistics cavity method statistical mechanics lattice theory algorithmic information theory computational complexity theory quantum magnetism disordered quantum system spin phenomenon general relativity many-body mobility edge meissner effect quantum spin glasses bethe lattice many-body localized phase non-abelian anyon systems quantum spin ice local hamiltonian statistical physics electronic materials entropy mathematical optimization atomic spectroscopy localization biomedical imaging spin dynamics quantum logic quantum algorithms hamiltonian theory human sciences hamiltonian system information theory combustion theory high-tc superconductivity bose-einstein condensation localization technique location estimation localized excited state cryogenics interferometry nanoscale science quantum theory topological quantum state rydberg-blockaded chains symmetry-protected topological order quasi-many-body localization translation-invariant systems hydride superconductors quantum sensors quantum computing quantum phases mathematics quantum optimization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging the Meissner Effect in Hydride Superconductors Using Quantum Sensors. Nature (2024)

P. BhattacharyyaW. ChenX. HuangS. ChatterjeeB. HuangB. KobrinY. LyuT. J. SmartM. BlockE. WangZ. WangW. WuS. HsiehH. MaS. MandyamB. ChenE. DavisZ. M. GeballeC. ZuV. StruzhkinR. JeanlozJ. E. MooreT. CuiG. GalliB. I. HalperinC. R. LaumannN. Y. Yao

materials sciencenanotechnologymeissner effectcondensed matter physicshydride superconductorssuperconductivityapplied physicsquantum sensors

Synthetic Magnetoelectric Response of Lattice Bosonic Insulators. Physical review. B./Physical review. B (2024)

Gautam K. NaikMichael O. FlynnChris R. Laumann

condensed matter physicsphysicslattice bosonic insulatorssynthetic magnetoelectric response

Dynamical Axions in U ( 1 ) Quantum Spin Liquids. Physical Review Letters (2023)

Salvatore D. PaceClaudio CastelnovoChris R. Laumann

materials scienceatomic physicscondensed matter physicsdynamical axionsapplied physicsapplied mathematics

Imaging the Meissner Effect and Flux Trapping in a Hydride Superconductor at Megabar Pressures Using a Nanoscale Quantum Sensor. arXiv (Cornell University) (2023)

Prabudhya BhattacharyyaWuhao ChenXiaoli HuangShubhayu ChatterjeeBenchen HuangBryce KobrinYuanqi LyuThomas J. SmartMaxwell BlockEsther WangZhipan WangWeijie WuSatcher HsiehHe MaSrinivas MandyamBijuan ChenEmily DavisZachary M. GeballeChong ZuViktor StruzhkinRaymond JeanlozJoel E. MooreTian CuiGiulia GalliBertrand I. HalperinChris R. LaumannNorman Y. Yao

materials sciencenanotechnologyhydride superconductormeissner effectcondensed matter physicsnanoscale quantum sensormegabar pressuresapplied physicsflux trapping

Dynamical Axions in $U(1)$ Quantum Spin Liquids. arXiv (Cornell University) (2021)

Salvatore D. PaceClaudio CastelnovoChris R. Laumann

physicsparticle physicsquantum spin liquidsdynamical axions

Emergent Hydrodynamics in a Strongly Interacting Dipolar Spin Ensemble. RePEc: Research Papers in Economics (2021)

C. ZuF. MachadoB. YeS. ChoiB. KobrinT. MittigaS. HsiehP. BhattacharyyaM. MarkhamD. TwitchenA. JarmolaD. BudkerC. R. LaumannJ. E. MooreN. Y. Yao

biophysicscondensed matter physicsdipolar spin ensembleparticle physicsquantum scienceemergent hydrodynamics

Observation of Nanoscale Hydrodynamics in a Strongly Interacting Dipolar Spin Ensemble in Diamond. Bulletin of the American Physical Society (2020)

Francisco MachadoChong ZuBingtian YeBryce H KobrinThomas MittigaSatcher HsiehPrabudhya BhattacharyyaTim O HoehnSoonwon ChoiChristopher LaumannDmitry BudkerNorman Y Yao

materials sciencephysicsnanotechnologynanoscale hydrodynamicsnanoscale sciencecondensed matter physicsapplied physicsdipolar spin ensemble

Spectroscopy of Spinons in Coulomb Quantum Spin Liquids. Physical Review Letters (2020)

SC MorampudiF WilczekCR Laumann

spectroscopycondensed matter physicsphysicsparticle physics

Quantum Criticality in Ising Chains With Random Hyperuniform Couplings. Physical review. B./Physical review. B (2019)

PJD CrowleyCR LaumannS Gopalakrishnan

physicsatomic physicsrandom hyperuniform couplingsparticle physicsquantum criticality

Signatures of Integrability in the Dynamics of Rydberg-Blockaded Chains. Physical review. B./Physical review. B (2019)

V KhemaniCR LaumannA Chandran

physicsatomic physicsdynamical systemsquantum mechanicsrydberg-blockaded chainsparticle physics

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Christopher Laumann

Associate Professor

Boston University

Affiliations

College of Arts & Sciences

Physics

Christopher Laumann is currently serving as a College Of Arts & Sciences Associate Professor at Boston University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Laumann

Boston University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging the Meissner Effect in Hydride Superconductors Using Quantum Sensors. Nature (2024)

materials sciencenanotechnologymeissner effectcondensed matter physicshydride superconductorssuperconductivityapplied physicsquantum sensors

Synthetic Magnetoelectric Response of Lattice Bosonic Insulators. Physical review. B./Physical review. B (2024)

Gautam K. NaikMichael O. FlynnChris R. Laumann

condensed matter physicsphysicslattice bosonic insulatorssynthetic magnetoelectric response

Dynamical Axions in U ( 1 ) Quantum Spin Liquids. Physical Review Letters (2023)

Salvatore D. PaceClaudio CastelnovoChris R. Laumann

materials scienceatomic physicscondensed matter physicsdynamical axionsapplied physicsapplied mathematics

Imaging the Meissner Effect and Flux Trapping in a Hydride Superconductor at Megabar Pressures Using a Nanoscale Quantum Sensor. arXiv (Cornell University) (2023)

materials sciencenanotechnologyhydride superconductormeissner effectcondensed matter physicsnanoscale quantum sensormegabar pressuresapplied physicsflux trapping

Dynamical Axions in $U(1)$ Quantum Spin Liquids. arXiv (Cornell University) (2021)

Salvatore D. PaceClaudio CastelnovoChris R. Laumann

physicsparticle physicsquantum spin liquidsdynamical axions

Emergent Hydrodynamics in a Strongly Interacting Dipolar Spin Ensemble. RePEc: Research Papers in Economics (2021)

C. ZuF. MachadoB. YeS. ChoiB. KobrinT. MittigaS. HsiehP. BhattacharyyaM. MarkhamD. TwitchenA. JarmolaD. BudkerC. R. LaumannJ. E. MooreN. Y. Yao

biophysicscondensed matter physicsdipolar spin ensembleparticle physicsquantum scienceemergent hydrodynamics

Observation of Nanoscale Hydrodynamics in a Strongly Interacting Dipolar Spin Ensemble in Diamond. Bulletin of the American Physical Society (2020)

Francisco MachadoChong ZuBingtian YeBryce H KobrinThomas MittigaSatcher HsiehPrabudhya BhattacharyyaTim O HoehnSoonwon ChoiChristopher LaumannDmitry BudkerNorman Y Yao

materials sciencephysicsnanotechnologynanoscale hydrodynamicsnanoscale sciencecondensed matter physicsapplied physicsdipolar spin ensemble

Spectroscopy of Spinons in Coulomb Quantum Spin Liquids. Physical Review Letters (2020)

SC MorampudiF WilczekCR Laumann

spectroscopycondensed matter physicsphysicsparticle physics

Quantum Criticality in Ising Chains With Random Hyperuniform Couplings. Physical review. B./Physical review. B (2019)

PJD CrowleyCR LaumannS Gopalakrishnan

physicsatomic physicsrandom hyperuniform couplingsparticle physicsquantum criticality

Signatures of Integrability in the Dynamics of Rydberg-Blockaded Chains. Physical review. B./Physical review. B (2019)

V KhemaniCR LaumannA Chandran

physicsatomic physicsdynamical systemsquantum mechanicsrydberg-blockaded chainsparticle physics

1
2
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5
9
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Stony Brook University

atomic quantum fluids

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