Chris Anderson

Assistant Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Chris Anderson is currently serving as a Materials Science And Engineering Assistant Professor at Uiuc.

Honors

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Experiences

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Education

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Chris Anderson

UIUC

Assistant Professor

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applied physics physics quantum science quantum materials spintronics solid-state electronics quantum information science condensed matter quantum devices quantum engineering quantum technologies electronic materials quantum sensing materials science semiconductors quantum computing electronics quantum mechanics optoelectronics quantum hardware spin phenomenon quantum photonics quantum photonic device spintronic materials single-shot readout experimental physics luminescence lightwave technology quantum magnetism quantum solid quantum optics laser science silicon carbide electrical engineering nature physic material research magnetic resonance carbides spin dynamics quantum decoherence solid-state physics nanocrystalline materials nanoscale science photoluminescence quantum guidelines gaussian acoustics generalized scaling crystal research crystal growth quantum chemistry atomic spectroscopy vibrational spectroscopy phonons photonic devices disordered quantum system defect formation defect tolerance strain localization quantum error correction photoelectric measurement electronic instrumentation optical solitons quantum systems optical communications fiber lasers transmission losses quantum spintronics single spin electrical readout single nuclear spins charge conversion spin defects charge state control purcell enhancement suspended cavities vanadium spin qubits semiconductor spin qubits

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Challenges in Advancing Our Understanding of Atomic-Like Quantum Systems: Theory and Experiment. MRS Bulletin (2024)

Adam GaliAndré SchleifeAndreas J. HeinrichArne LauchtBruno SchulerChitraleema ChakrabortyChristopher P. AndersonCorentin DéprezJeffrey McCallumLee C. BassettMark FriesenMichael E. FlattéPeter MaurerSusan N. CoppersmithTian ZhongVijaya Begum-HuddeYuan Ping

quantum sensingmaterials sciencephysicsquantum computingquantum technologiesmrs spring meetingquantum materialsatomic physicsatomic-like quantum systemsquantum chemistryatomic spectroscopyquantum systemsapplied physicscondensed matterquantum mechanicsquantum information sciencequantum science

Polarization-Dependent Photoluminescence of Ce-Implanted Mgo and Mgal 2 O 4. Applied Physics Express (2024)

Kawahara, ManatoAbe, YuichiroTakano, KokiHeremans, F. JosephIshihara, JunSullivan, Sean E.Vorwerk, ChristianSomjit, VrindaaAnderson, Christopher P.Wolfowicz, GaryKohda, MakotoFukami, ShunsukeGalli, GiuliaAwschalom, David D.Ohno, HideoKanai, Shun

spin phenomenonoptoelectronicsgallium oxideapplied physicsspin qubitcondensed matterspintronic materialsphysicsphotoluminescencemgal 2solid-state electronicsmaterials scienceo 4quantum materialscondensed matter physicsadvanced functional materialsoptical materialssemiconductorsluminescenceelectronic materialsluminescence propertyspintronics

Single-Shot Readout and Weak Measurement of a Tin-Vacancy Qubit in Diamond. Physical Review X (2024)

Eric I. RosenthalSouvik BiswasGiovanni ScuriHope LeeAbigail J. SteinHannah C. KleidermacherJakob GrzesikAlison E. RugarShahriar AghaeimeibodiDaniel RiedelMichael TitzeEdward S. BielejecJoonhee ChoiChristopher P. AndersonJelena Vučković

quantum sensingquantum technologiesphysicsquantum engineeringquantum materialsquantum error correctionquantum hardwarequantum devicessingle-shot readoutexperimental physicsspin readoutapplied physicscondensed mattersolid-state electronicsquantum mechanicsquantum information sciencequantum science

Embracing Imperfection for Quantum Technologies. Physics Today (2023)

Christopher P. AndersonDavid D. Awschalom

quantum sensingquantum technologiesphysicsquantum computingquantum engineeringquantum materialsnature physicquantum hardwarequantum internetapplied physicslong-distance entanglementquantum entanglementquantum information sciencequantum science

Microwave Spin Control of a Tin-Vacancy Qubit in Diamond. Physical Review X (2023)

Eric I. RosenthalChristopher P. AndersonHannah C. KleidermacherAbigail J. SteinHope LeeJakob GrzesikGiovanni ScuriAlison E. RugarDaniel RiedelShahriar AghaeimeibodiGeun Ho AhnKasper Van GasseJelena Vučković

quantum sensingquantum computingquantum photonic devicequantum devicesapplied physicsphysicstin-vacancy defectquantum information sciencemicrowave spin controlsolid-state electronicsmaterials sciencequantum engineeringquantum materialscondensed matter physicstin-vacancy qubitmicrowave technologyquantum sciencequantum technologiesspintronics

Five-Second Coherence of a Single Spin With Single-Shot Readout in Silicon Carbide. Science Advances (2022)

Christopher P. AndersonElena O. GlenCyrus ZeledonAlexandre BourassaYu JinYizhi ZhuChristian VorwerkAlexander L. CrookHiroshi AbeJawad Ul-HassanTakeshi OhshimaNguyen T. SonGiulia GalliDavid D. Awschalom

spintronicsquantum sensingphysicsquantum technologiesquantum engineeringquantum materialselectronicsquantum devicessingle-shot readoutelectrical readoutapplied physicssolid-state electronicssingle spinquantum information sciencequantum science

Generalized Scaling of Spin Qubit Coherence in Over 12,000 Host Materials. Proceedings of the National Academy of Sciences (2022)

Shun KanaiF. Joseph HeremansHosung SeoGary WolfowiczChristopher P. AndersonSean E. SullivanMykyta OnizhukGiulia GalliDavid D. AwschalomHideo Ohno

spintronicsmaterials sciencephysicsquantum materialsdefect formationcondensed matter physicsdefect tolerancequantum solidapplied physicssolid-state physicscondensed mattergeneralized scalingdisordered quantum systemnew materialscomputational materials sciencenew materialquantum science

Generalized Scaling of Spin Qubit Coherence in Over 12,000 Host Materials. Proceedings of the National Academy of Sciences (2022)

Shun KanaiF. Joseph HeremansHosung SeoGary WolfowiczChristopher P. AndersonSean E. SullivanGiulia GalliDavid D. AwschalomHideo Ohno

physicsquantum magnetismquantum materialscondensed matter physicscluster correlation expansionsolid-state physicsapplied physicsquantum solidcondensed matterspin qubit coherencesolid-state electronicsgeneralized scalingspintronicsquantum science

Optical Single-Shot Readout of Near-Telecom Qubits With Five Second Coherence Times. Conference on Lasers and Electro-Optics (2022)

quantum sensingphysicsquantum computingsingle-shot readoutelectronicsquantum deviceslightwave technologyoptical single-shot readoutsecond coherence timesphotonicsapplied physicsquantum opticsquantum information sciencequantum science

Single-Shot Readout of Spin Qubits With Five-Second Coherence Times. Quantum 2.0 Conference and Exhibition (2022)

quantum sensingphysicsquantum computingquantum engineeringsingle-shot readoutquantum devicesphotonicsapplied physicsmagnetic resonancequantum photonicssingle-spin coherence timesquantum information sciencespin qubitsquantum science