Faculty

Institution

Unit

Venue

Daniel Philip Shoemaker

Associate Professor and Racheff Faculty Fellow

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Daniel Philip Shoemaker is currently serving as a Materials Science And Engineering Associate Professor and Racheff Faculty Fellow at Uiuc.

Honors

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Experiences

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Education

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Daniel Philip Shoemaker

UIUC

Associate Professor and Racheff Faculty Fellow

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applied physics materials science physics condensed matter physics condensed matter chemistry crystallography magnetism crystal research quantum materials crystal growth magnetic properties inorganic chemistry crystal engineering magnetic materials characterization (materials science) solid-state chemistry material research structural chemistry inorganic materials transition metal chalcogenides advanced functional materials ferromagnetism magnetic resonance metals transition metal chemistry quantum magnetism functional materials solid-state physics crystal structures quantum chemistry advanced materials electronic structure material chemistry crystal structure design crystal material intermetallics solid-state electronics nonferrous metal x-ray diffraction semiconductor materials atomic spectroscopy magnetoresistance crystal growth technology spin phenomenon crystal formation sintering layered materials math xmlns band gap electron diffraction magnetic ordering inorganic compounds spin dynamics non-linear optics fermi energy single crystals unified field theory electrode-electrolyte interfaces material analysis thermal conductivity ab-initio methods ceramic materials gravitational physics sodium battery reactive flash sintering collective mode angstrom-scale magnetic measurements states modification oxide spinel phonon scattering pbte matrix reverse monte carlo pair distribution function situ diffraction situ studies energy conversion correlated materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coupled Order Parameters and Photoinduced Domain Walls in the Charge Density Wave of (Tase4)2i. npj Quantum Materials (2025)

Ryan A. DuncanGal OrensteinSoyeun KimYijing HuangHuaiyu WangSamuel W. TeitelbaumJade StantonMatthew HurleyAlexander MillerNicholas LeonardDillon HanlonDavid A. ReisTaito OsakaYuya KubotaTadashi TogashiKejian QuDaniel P. ShoemakerTakahiro SatoMariano Trigo

quantum heterostructurescharge density wavephysicsquantum materialsquantum chemistrycondensed matterelectronic structureorder parametersoptical propertiesdomain wallsapplied physicscondensed matter physics

Narrow Optical Linewidths in Stoichiometric Layered Rare-Earth Crystals. Physical Review Letters (2025)

Donny R. PearsonAshwith PrabhuSelvin TobarJack D’AmelioAmy TramZachary W. RiedelDaniel P. ShoemakerElizabeth A. Goldschmidt

optical materialsquantum materialsnanophotonicsquantum sciencequantum photonic devicecondensed matter physicsphotonicsphotonic crystalsphysicslightwave technologyrare-earth emittershomogeneous linewidthquantum photonicsphotonic devicesnarrow optical linewidthscrystal researchluminescenceapplied physicsmaterials science

Chemical Substitution and Band Gap Tunability in Chiral Ag3Au(Se,Te)2 Solid Solutions. (2024)

Juyeon WonMartin Gutierrez-AmigoAkhila MattapalliMohammad A. AliDaniel P. Shoemaker

band gapcondensed mattercrystal engineeringmaterial chemistryelectronic structureelectronic materialschemical substitutionchemistryadvanced functional materialsband gap tunabilityfunctional materialsapplied physicstransition metal chalcogenidesdensity functional theorymaterials sciencesolid-state chemistry

Design Rules, Accurate Enthalpy Prediction, and Synthesis of Stoichiometric EU 3+ Quantum Memory Candidates. Journal of the American Chemical Society (2024)

Zachary W. RiedelDaniel P. Shoemaker

halide perovskitesphysicsquantum materialsquantum chemistrystructural chemistryaccurate enthalpy predictionelectronic structurequantum memory candidateschemistrydft proceduresapplied physicstransition metal chalcogenidesdensity functional theory

Disorder and Diffuse Scattering in Single-Chirality ( Tase 4 ) 2 I Crystals. Physical Review Materials (2024)

Jacob A. ChristensenSimon BettlerKejian QuJeffrey HuangSoyeun KimYinchuan LuChengxi ZhaoJin ChenMatthew J. KrogstadToby J. WoodsFahad MahmoodPinshane Y. HuangPeter AbbamonteDaniel P. Shoemaker

disordered quantum systemcrystal researchcharge carrier transportdiffuse scatteringphysicsquantum materialscondensed mattercrystallographyelectronic structuresolid-state physicsfragile electronic statespristine chiralitycharge transportapplied physicscondensed matter physicsmaterials science

Exfoliable Transition Metal Chalcogenide Semiconductor Nbse 2 I 2. Inorganic Chemistry (2024)

Kejian QuYue ZhangCheng PengZachary W. RiedelJuyeon WonRong ZhangToby J. WoodsTom DevereauxArend M. van der ZandeDaniel P. Shoemaker

band gapcrystal structuressolid-state electronicsmonolayer crystalscondensed mattersemiconductor nanostructureslayered materialscrystal engineeringcharacterization (materials science)chemistrysemiconductor materialssemiconductorscrystal growthapplied physicsthin filmstransition metal chalcogenidesmaterials science

High-Pressure Characterization of Ag3Aute2: Implications for Strain-Induced Band Tuning. Applied Physics Letters (2024)

Juyeon WonRong ZhangCheng PengRavhi KumarMebatsion S. GebreDmitry PopovRussell J. HemleyBarry BradlynThomas P. DevereauxDaniel P. Shoemaker

mechanical compressibilitymaterial physicscrystal researchmaterial researchcrystal engineeringband tuningelectronic materialscharacterization (materials science)advanced functional materialsoptical propertiessemiconductor materialsii-vi semiconductorfunctional materialsapplied physicshigh-pressure characterizationcondensed matter physicsmaterials science

Magnetic Anisotropy in Single-Crystalline Antiferromagnetic Mn 2 Au. Physical Review Materials (2024)

Mebatsion S. GebreRebecca K. BannerKisung KangKejian QuHuibo CaoAndré SchleifeDaniel P. Shoemaker

crystal researchferromagnetismmagnetoresistancespintronicsspintronic materialsphysicscondensed mattermagnetic materialsbismuth flux methodresidual resistivity ratiocrystallographymagnetismcrystal growthapplied physicsmagnetic propertiescondensed matter physicsmaterials science

Magnetic Anisotropy in Single-Crystalline Antiferromagnetic Mn$_2$Au. arXiv (Cornell University) (2024)

Gebre, Mebatsion S.Banner, Rebecca K.Kang, KisungQu, KejianCao, HuiboSchleife, AndréShoemaker, Daniel P.

magnetoresistanceferromagnetismspintronicsspintronic materialsphysicscondensed mattermagnetic materialscrystallographymagnetismbulk mncrystal growthapplied physicsmagnetic propertiescondensed matter physicsmaterials scienceau crystals

Narrow Optical Linewidths in Stoichiometric Layered Rare-Earth Crystals. arXiv (Cornell University) (2024)

Pearson Jr., Donny R.Prabhu, AshwithTobar, SelvinD'Amelio, JackTram, AmyRiedel, Zachary W.Shoemaker, Daniel P.Goldschmidt, Elizabeth A.

optical materialsquantum materialsnanophotonicsoptical propertiesquantum sciencequantum photonic devicecondensed matter physicsphotonicsphotonic crystalsphysicslightwave technologyrare-earth emittershomogeneous linewidthquantum photonicsphotonic devicesnarrow optical linewidthscrystal researchluminescenceapplied physicsmaterials science

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Daniel Philip Shoemaker

Associate Professor and Racheff Faculty Fellow

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Daniel Philip Shoemaker is currently serving as a Materials Science And Engineering Associate Professor and Racheff Faculty Fellow at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel Philip Shoemaker

UIUC

Associate Professor and Racheff Faculty Fellow

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coupled Order Parameters and Photoinduced Domain Walls in the Charge Density Wave of (Tase4)2i. npj Quantum Materials (2025)

Narrow Optical Linewidths in Stoichiometric Layered Rare-Earth Crystals. Physical Review Letters (2025)

Donny R. PearsonAshwith PrabhuSelvin TobarJack D’AmelioAmy TramZachary W. RiedelDaniel P. ShoemakerElizabeth A. Goldschmidt

Chemical Substitution and Band Gap Tunability in Chiral Ag3Au(Se,Te)2 Solid Solutions. (2024)

Juyeon WonMartin Gutierrez-AmigoAkhila MattapalliMohammad A. AliDaniel P. Shoemaker

Design Rules, Accurate Enthalpy Prediction, and Synthesis of Stoichiometric EU 3+ Quantum Memory Candidates. Journal of the American Chemical Society (2024)

Zachary W. RiedelDaniel P. Shoemaker

Disorder and Diffuse Scattering in Single-Chirality ( Tase 4 ) 2 I Crystals. Physical Review Materials (2024)

Jacob A. ChristensenSimon BettlerKejian QuJeffrey HuangSoyeun KimYinchuan LuChengxi ZhaoJin ChenMatthew J. KrogstadToby J. WoodsFahad MahmoodPinshane Y. HuangPeter AbbamonteDaniel P. Shoemaker

Exfoliable Transition Metal Chalcogenide Semiconductor Nbse 2 I 2. Inorganic Chemistry (2024)

Kejian QuYue ZhangCheng PengZachary W. RiedelJuyeon WonRong ZhangToby J. WoodsTom DevereauxArend M. van der ZandeDaniel P. Shoemaker

High-Pressure Characterization of Ag3Aute2: Implications for Strain-Induced Band Tuning. Applied Physics Letters (2024)

Juyeon WonRong ZhangCheng PengRavhi KumarMebatsion S. GebreDmitry PopovRussell J. HemleyBarry BradlynThomas P. DevereauxDaniel P. Shoemaker

Magnetic Anisotropy in Single-Crystalline Antiferromagnetic Mn 2 Au. Physical Review Materials (2024)

Mebatsion S. GebreRebecca K. BannerKisung KangKejian QuHuibo CaoAndré SchleifeDaniel P. Shoemaker

Magnetic Anisotropy in Single-Crystalline Antiferromagnetic Mn$_2$Au. arXiv (Cornell University) (2024)

Gebre, Mebatsion S.Banner, Rebecca K.Kang, KisungQu, KejianCao, HuiboSchleife, AndréShoemaker, Daniel P.

Narrow Optical Linewidths in Stoichiometric Layered Rare-Earth Crystals. arXiv (Cornell University) (2024)

Pearson Jr., Donny R.Prabhu, AshwithTobar, SelvinD'Amelio, JackTram, AmyRiedel, Zachary W.Shoemaker, Daniel P.Goldschmidt, Elizabeth A.

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