Browse instructors

Instructor listed on Rice's public Course Schedule.

ECON 102

Instructor listed on Rice's public Course Schedule.

LPAP 134

Instructor listed on Rice's public Course Schedule.

FWIS 175

CEVE 499, CEVE 590

Instructor listed on Rice's public Course Schedule.

PHIL 130, PHIL 155

Instructor listed on Rice's public Course Schedule.

LPAP 105, LPAP 118

Instructor listed on Rice's public Course Schedule.

FWIS 100, FWIS 171

Instructor listed on Rice's public Course Schedule.

LPAP 118

Instructor listed on Rice's public Course Schedule.

MDIA 238

Instructor listed on Rice's public Course Schedule.

LPAP 178

COMP 590, COMP 800, PHYS 800

Instructor listed on Rice's public Course Schedule.

FWIS 100

Instructor listed on Rice's public Course Schedule.

UNIV 212

Instructor listed on Rice's public Course Schedule.

LPAP 194

UNIV 110, UNIV 194

Instructor listed on Rice's public Course Schedule.

FREN 141

Instructor listed on Rice's public Course Schedule.

COLL 170

JAPA 141

FWIS 149, GREE 101

Instructor listed on Rice's public Course Schedule.

LPAP 110

Instructor listed on Rice's public Course Schedule.

THEA 309

Instructor listed on Rice's public Course Schedule.

COLL 117

SPAN 142, SPAN 321

Instructor listed on Rice's public Course Schedule.

FWIS 100

Instructor listed on Rice's public Course Schedule.

FWIS 166

Instructor listed on Rice's public Course Schedule.

UNIV 110

Instructor listed on Rice's public Course Schedule.

CHEM 201, CHEM 800

ARTS 235, ARTS 499

ASIA 229

FWIS 100, FWIS 188

Instructor listed on Rice's public Course Schedule.

ARCH 311

THEA 102, THEA 331

PLST 305

Instructor listed on Rice's public Course Schedule.

LPAP 100, LPAP 107

ECON 593, ECON 800

Instructor listed on Rice's public Course Schedule.

BUSI 220

PHYS 125

Instructor listed on Rice's public Course Schedule.

THEA 101, THEA 331

Instructor listed on Rice's public Course Schedule.

HIST 210

Instructor listed on Rice's public Course Schedule.

PSYC 102

Instructor listed on Rice's public Course Schedule.

SOSC 447

"Uyiosa Abusomwan, Ph.D. joined the faculty at RICE University in 2021 as a Lecturer in the Master of Engineering Management and Leadership (MEML) program. Uyiosa is an experienced leader in the development and deployment of cutting-edge digital design and engineering strategies. He has held multiple roles in new technology development, reliability management, and technical support at multiple organizations, and is the product digitalization architect for a leading technology provider in the energy industry. He received a Bachelor of Science in Mechanical Engineering from New Jersey Institute of Technology, and a M.S. and Ph.D. in Mechanical Engineering from Carnegie Mellon University. Uyiosa’s interest in educating the next generation of engineering leaders on emerging technologies would prepare them for the fourth industrial revolution in the newly inaugurated RICE MEML program."

RCEL 503

COMP 490

PHYS 125

HIST 700, HIST 800

SPAN 204, SPAN 263, SPAN 321

APPL 007, APPL 800, ELEC 007, ELEC 800

PHYS 125, PHYS 800, SSPB 800

FWIS 193

FWIS 141, PHYS 101

EEPS 101

Instructor listed on Rice's public Course Schedule.

LPAP 101, LPAP 135

KINE 302, KINE 499

MDHM 435

Instructor listed on Rice's public Course Schedule.

ITAL 141, ITAL 263

PHIL 281, PHIL 600

Instructor listed on Rice's public Course Schedule.

HIST 120, HIST 217, HIST 700, HIST 800, MDEM 120

ASIA 203

FWIS 134, JAPA 301

Instructor listed on Rice's public Course Schedule.

FWIS 189, MUSI 225, MUSI 449

Instructor listed on Rice's public Course Schedule.

FWIS 166

RCEL 501

CMOR 304, CMOR 490, CMOR 590, CMOR 800

Instructor listed on Rice's public Course Schedule.

COMM 601, FWIS 139

Instructor listed on Rice's public Course Schedule.

COLL 132

Instructor listed on Rice's public Course Schedule.

SOCI 377

COMP 621, COMP 630

EDES 120, EDES 200, EDES 210, EDES 220

FWIS 113, MDIA 204, MDIA 251

Instructor listed on Rice's public Course Schedule.

SOCI 327, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

Instructor listed on Rice's public Course Schedule.

FWIS 100

Instructor listed on Rice's public Course Schedule.

SOSC 447

HART 205

Instructor listed on Rice's public Course Schedule.

HIST 800

HIST 800

Instructor listed on Rice's public Course Schedule.

LPAP 113, LPAP 180, LPAP 181, LPAP 197

COMP 140

Statistical physics models of magnetism in insulating systems, crystal surfaces and crystal growth.

APPL 007

COMP 318, COMP 590, COMP 800

Instructor listed on Rice's public Course Schedule.

MUSI 117

COMP 345, COMP 390, COMP 800, ELEC 800

Instructor listed on Rice's public Course Schedule.

STAT 800

APPL 007, APPL 800, COMP 390, ELEC 007, ELEC 490, ELEC 549, ELEC 590, ELEC 800

Our research is focused on the synthesis and characterization of colloidal metallic nanostructures. We are mainly interested in self-assembly of these hybrid structures, which may result in emergence of previously unseen physical and chemical properties. Unraveling the mechanisms of molecular self-assembly and establishing its dependence on the chemical structure is the long-term goal of our research. Specifically, there are three ongoing projects in our group: 1) Synthesis of well-defined gold nanorods with various aspect ratios, their covalent functionalization with polymer chains, and the self-organization of nanocrystals into ring-like superstructures using the "breath figures" effect, 2) Synthesis of taxol-functionalized gold nanoparticles, their self-assembly in aqueous solutions, and study of their anticancer and biological activity, and 3) Amphiphilic gold, platinum, and palladium nanoparticles, formation of their well-defined aggregates in solution, and their ability to catalyze organic reactions.

CHEM 367, CHEM 600

CHBE 243, CHBE 695, RCEL 504

ENGL 109, ENGL 410, MDEM 109

ECON 100, ECON 299, SOPE 505

ASIA 103, ASIA 215

Instructor listed on Rice's public Course Schedule.

COLL 109

Instructor listed on Rice's public Course Schedule.

APPL 800, CHBE 495, CHBE 517, CHBE 800, CHEM 800

Instructor listed on Rice's public Course Schedule.

AAAS 306, HART 306, HART 363, HART 402, HART 503, HART 504, HART 600, HART 800

EDES 300

Instructor listed on Rice's public Course Schedule.

LEAD 102

MGMT 895

MGMT 617

HIST 112, HIST 333, HIST 700

PSYC 630

SOCI 231, SOCI 327, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

EDES 120, EDES 220, ENGI 100

THEA 300, THEA 331

Instructor listed on Rice's public Course Schedule.

DSCI 305, FWIS 126

Instructor listed on Rice's public Course Schedule.

APPL 800, CHEM 800, PHYS 007, PHYS 311, PHYS 800

SMGT 276, SMGT 360, SMGT 376, SMGT 377, SMGT 379, SMGT 495, SMGT 499

PHYS 521, PHYS 800

CLAS 101, CLAS 285, RELI 285

Instructor listed on Rice's public Course Schedule.

ENGL 268

Oleg Igoshin, PhD is a Professor of Bioengineering and BioSciences at Rice University.

APPL 007, BIOE 446, BIOE 500, BIOE 506, BIOE 507, BIOE 607, CHEM 800, SSPB 800

Instructor listed on Rice's public Course Schedule.

PHIL 100

SPAN 303, SPAN 323

Instructor listed on Rice's public Course Schedule.

BIOS 204, BIOS 207, BIOS 310

ASIA 234, FWIS 177, HART 234

MGMT 686

Instructor listed on Rice's public Course Schedule.

MUSI 307

BUSI 711, BUSI 712

BIOE 123, BUSI 220, BUSI 221, BUSI 224, BUSI 365, ENGI 221

SMGT 320, SMGT 366, SMGT 450, SMGT 495, SMGT 499

BIOS 211, BIOS 215, BIOS 216, BIOS 300, BIOS 310, BIOS 401

BIOS 310, BIOS 401, BIOS 541, BIOS 569, BIOS 801

Instructor listed on Rice's public Course Schedule.

SOCI 343, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

BUSI 800, BUSI 801

BIOS 310, BIOS 401, BIOS 411, BIOS 611, BIOS 800, SSPB 800

Instructor listed on Rice's public Course Schedule.

MUSI 117

BIOS 216, BIOS 301, BIOS 310, BIOS 401, BIOS 611, BIOS 800, SSPB 800

ELEC 007, ELEC 490, ELEC 800

Dr. Davydov's research is on modern data-driven engineering problems at the intersection of control, machine learning, and optimization. He is broadly interested in robust nonlinear control theory and modern machine learning methods to enable the reliable control of complex engineering systems with applications in robotics and autonomous vehicles. His work spans

MECH 490, MECH 609, MECH 611, MECH 800

Instructor listed on Rice's public Course Schedule.

CHEM 800, PHYS 125, PHYS 800

Instructor listed on Rice's public Course Schedule.

COMP 140, COMP 390, COMP 800

Instructor listed on Rice's public Course Schedule.

ELEC 490, ELEC 800

FWIS 187

BIOS 211, BIOS 310, BIOS 401, BIOS 611, BIOS 800, SSPB 800

COMP 800

COMP 215, COMP 382, COMP 614

COMP 105, COMP 222, COMP 390, COMP 490, COMP 590, COMP 800

Instructor listed on Rice's public Course Schedule.

FWIS 156, SWGS 100

Instructor listed on Rice's public Course Schedule.

MUSI 311, MUSI 449, MUSI 649

ENGL 200, ENGL 249

DSCI 301, ECON 307, STAT 310, STAT 315

Instructor listed on Rice's public Course Schedule.

LEAD 215

Instructor listed on Rice's public Course Schedule.

BIOE 345, BIOE 500, BIOE 506, BIOE 507, BIOE 607

Instructor listed on Rice's public Course Schedule.

COMM 120

PLST 202, POLI 316, POLI 321

Instructor listed on Rice's public Course Schedule.

BUSI 461

Instructor listed on Rice's public Course Schedule.

MGMT 713

Instructor listed on Rice's public Course Schedule.

ENGI 610, NSCI 610

Instructor listed on Rice's public Course Schedule.

MUSI 317

Instructor listed on Rice's public Course Schedule.

EMSP 491

Instructor listed on Rice's public Course Schedule.

ASTR 461, PHYS 800

ENGL 301, ENGL 319

BIOS 310, BIOS 611, BIOS 800, SSPB 800

Instructor listed on Rice's public Course Schedule.

ASTR 350, PHYS 800

Instructor listed on Rice's public Course Schedule.

COLL 105

Instructor listed on Rice's public Course Schedule.

LPAP 197

JAPA 263, JAPA 401

Instructor listed on Rice's public Course Schedule.

HEAL 222, HEAL 279, HEAL 379, HEAL 460, HEAL 499, KINE 310, KINE 499

Luay Nakhleh is the William and Stephanie Sick Dean of the George R. Brown School of Engineering at Rice University.

BIOS 310, BIOS 401, COMP 390, COMP 590, COMP 690, COMP 800, SSPB 800

Instructor listed on Rice's public Course Schedule.

COLL 113

ECON 593, ECON 800

CEVE 348, CEVE 800

SMGT 260, SMGT 266, SMGT 495, SMGT 499

CHBE 007, CHBE 401, CHBE 495, CHBE 800, CHEM 800, MSNE 622

Instructor listed on Rice's public Course Schedule.

FWIS 176, INDS 500

BIOS 122, BIOS 215, BIOS 216, BIOS 310, BIOS 339

Instructor listed on Rice's public Course Schedule.

BIOS 215, CHEM 215, CHEM 365, CHEM 700, NSCI 120

Instructor listed on Rice's public Course Schedule.

APPL 800, BIOE 420, BIOE 500, BIOE 506, BIOE 507, BIOE 607, CHBE 420, SSPB 800

COMP 382, COMP 390, COMP 590, COMP 800, ELEC 800

COLL 300, FWIS 184, UNIV 502

HIST 700, HIST 800

ARTS 388, ARTS 499

ARTS 230, ARTS 238, FILM 275

HIST 101, HIST 455

BIOS 310, BIOS 344, BIOS 401, BIOS 541, BIOS 569, BIOS 801

Instructor listed on Rice's public Course Schedule.

MUSI 317

COMP 647

Instructor listed on Rice's public Course Schedule.

NSCI 201, NSCI 521

Current research in the Scuseria group straddles between quantum chemistry, condensed matter physics, and materials science, focusing on novel methods for electronic structure theory, particularly strong correlation, and applications to molecules and materials of importance for energy and the environment.

CHEM 430, CHEM 530, CHEM 800, PHYS 800

Instructor listed on Rice's public Course Schedule.

NAVA 411

Instructor listed on Rice's public Course Schedule.

HEAL 103, HEAL 499

ENGL 704, MDHM 359, UNIV 010, UNIV 011, UNIV 012, UNIV 013, UNIV 014, UNIV 015

MSNE 532, MSNE 800, PHYS 800

Dr JL (Joshua) Gray, SSBB, PMP joined the Rice Center for Engineering Leadership (RCEL) as Professor in the Practice in July 2021. Over the past decade JL has been teaching Engineering Economics at the University of Southern California and the Georgia Institute of Technology. Dr Gray has 20 years of experience as a transformational management consultant, engineering professor, and community leader working with healthcare, academic, and government administrators nationally as well as globally.

RCEL 505

ECON 456

Instructor listed on Rice's public Course Schedule.

ECON 205, ECON 435

PHIL 160, PHIL 365, PHIL 600

CEVE 457, CEVE 499, CEVE 557, CEVE 800

GLBL 553

Instructor listed on Rice's public Course Schedule.

COMP 301, COMP 390, COMP 490, COMP 510

FREN 263, FREN 301

Instructor listed on Rice's public Course Schedule.

BIOS 310, BIOS 338, BIOS 401, BIOS 538, BIOS 541, BIOS 569, BIOS 801

ENGL 251, ENGL 320, ENGL 704, ENGL 800, INDS 799

Instructor listed on Rice's public Course Schedule.

ARCH 105, ENGL 368, ENST 100, ENST 211, ENST 368, MDIA 211

Dr. Brake's research broadly encompasses the fields of: - Nonlinear Dynamics - Nonlinear Mechanics - Contact/Interface Mechanics/Tribology - Numerical Methods - Vibration - Uncertainty Quantification - Additive Manufacturing - Applied Mathematics for Mechanical Engineering The central question of Dr. Brake’s research is how can we design and predict the response of an assembled structure that contains strong nonlinearities. This research is strongly motivated by the aerospace, defense, and automotive industries. To this end, the focus of Dr. Brake’s recent research has been constitutive modeling for impact dynamics, joint mechanics, the application of additive manufacturing for designing system level assemblies, and the application of a branch of complex number theory (termed hyper dual numbers) to developing parameterized models. Presently, there are multiple positions available in Dr. Brake’s Mechadynamics Laboratory, including (but not limited to) interfacial mechanics, application of complex number theory to mechanical engineering, and additive manufacturing.

APPL 800, MECH 490, MECH 611, MECH 800

LALX 490, SPAN 330, SPAN 372, SPAN 456, SWGS 466

Instructor listed on Rice's public Course Schedule.

PHYS 125, PHYS 800

Instructor listed on Rice's public Course Schedule.

FWIS 165

ELEC 800, PHYS 600, PHYS 800

POLI 367, POLI 597

ENGL 703, ENGL 704, ENGL 800

Instructor listed on Rice's public Course Schedule.

LPAP 102, LPAP 170, LPAP 171

COMP 382, COMP 490, COMP 590, COMP 800

Instructor listed on Rice's public Course Schedule.

BUSI 361

Instructor listed on Rice's public Course Schedule.

APPL 800, ELEC 800, PHYS 425, PHYS 800

COLL 200

APPL 800, COMP 290, COMP 490, COMP 576, COMP 590, COMP 800, ELEC 490, ELEC 576, ELEC 800

Instructor listed on Rice's public Course Schedule.

LPAP 138

Instructor listed on Rice's public Course Schedule.

ECON 593, ECON 800

Instructor listed on Rice's public Course Schedule.

LPAP 195

Instructor listed on Rice's public Course Schedule.

COMP 800, ELEC 490, ELEC 590, ELEC 800

Instructor listed on Rice's public Course Schedule.

FOTO 385

APPL 007, APPL 800, ELEC 007, ELEC 261

ENGL 111, ENGL 606, ENGL 703, ENGL 704, ENGL 800

CMOR 441, CMOR 490, CMOR 541, CMOR 590, CMOR 800

Instructor listed on Rice's public Course Schedule.

RELI 101, RELI 488, RELI 530, RELI 588, RELI 800

CHEM 121, CHEM 280

Instructor listed on Rice's public Course Schedule.

SPAN 350, SPAN 434

Instructor listed on Rice's public Course Schedule.

BIOS 280, BIOS 580

HIST 117, HIST 800

ECON 210, ECON 213, ECON 214

PHIL 210, PHIL 318, PHIL 600

BIOE 385, ENGI 101

ENGL 600, HUMA 142

Instructor listed on Rice's public Course Schedule.

HEAL 279, HEAL 379, HEAL 412, HEAL 495, HEAL 498, HEAL 499

Instructor listed on Rice's public Course Schedule.

FWIS 169, GERM 281

Instructor listed on Rice's public Course Schedule.

ELEC 406, ELEC 506, ELEC 800

Instructor listed on Rice's public Course Schedule.

MUSI 334, MUSI 337, MUSI 343, MUSI 437, MUSI 502, MUSI 533, MUSI 635, MUSI 637, MUSI 649

Instructor listed on Rice's public Course Schedule.

BIOE 500, MECH 371, MECH 490, MECH 611, MECH 800

KORE 141, KORE 301

APPL 007, APPL 500, APPL 750, APPL 800, ELEC 007, ELEC 490, ELEC 800, MSNE 007, PHYS 800

FWIS 192, HIST 265

EEPS 446, EEPS 501, EEPS 555, EEPS 646, EEPS 800

STAT 410, STAT 590, STAT 800

BIOS 213, BIOS 215, BIOS 310, BIOS 401, BIOS 541, BIOS 569, NSCI 220

Instructor listed on Rice's public Course Schedule.

AAAS 115, RELI 115

Instructor listed on Rice's public Course Schedule.

BUSI 460, MGMT 580

ANTH 404, ANTH 490, ANTH 600, ANTH 800, FWIS 186, SWGS 502

CHBE 007, CHBE 495, CHBE 800, CHEM 800

Instructor listed on Rice's public Course Schedule.

MUSI 117

Instructor listed on Rice's public Course Schedule.

MUSI 339, MUSI 531, MUSI 649

ECON 481, ECON 498

COLL 200, SOCI 327, SOCI 403, SOCI 419, SOCI 492, SOCI 519, SOCI 605, SOCI 606, SOCI 609, SOCI 700

CHIN 141

Instructor listed on Rice's public Course Schedule.

MDHM 201, MDHM 402

MECH 202, MECH 371, MECH 490

ENGL 215, ENGL 317, MDEM 317, SWGS 301

THEA 301, THEA 331

STAT 238, STAT 490, STAT 590, STAT 800

Instructor listed on Rice's public Course Schedule.

CHBE 390, CHBE 611

Instructor listed on Rice's public Course Schedule.

FWIS 100, FWIS 163

Instructor listed on Rice's public Course Schedule.

SOCI 469

The Shee Lab aspires to develop and apply ab initio computational methods to accurately model chemical systems exhibiting both weak and strong correlations. In particular, we are most interested in the electronic structure of transition metal and f-block compounds in the contexts of chemical catalysis and magnetism, and specialize in quantum Monte Carlo techniques and algorithms amenable to quantum computation. Related research interests involve nuclear quantum effects, (anti)aromaticity, and the development of semi-classical potentials for the simulation of, e.g., metal cofactors in drug design and metal organic frameworks.

APPL 800, CHEM 007, CHEM 301, CHEM 800

CEVE 347, CEVE 547, CEVE 800

ASIA 220, ASIA 307, MDHM 307

Instructor listed on Rice's public Course Schedule.

MGMT 627

SOCI 101, SOCI 327, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

Instructor listed on Rice's public Course Schedule.

LPAP 170

POLI 595, POLI 800

COLL 200, POLI 581, POLI 800

Instructor listed on Rice's public Course Schedule.

EEPS 585

Instructor listed on Rice's public Course Schedule.

PSYC 485, PSYC 488, PSYC 547, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800

Instructor listed on Rice's public Course Schedule.

CEVE 499, CEVE 590, CEVE 651, CEVE 800

Instructor listed on Rice's public Course Schedule.

COLL 107

Instructor listed on Rice's public Course Schedule.

MUSI 571, MUSI 575, MUSI 649

HUMA 210, HUMA 315, PLST 401

APPL 800, CHBE 301, CHBE 661, CHBE 800, CHEM 800

MGMT 682

Instructor listed on Rice's public Course Schedule.

FWIS 109

FWIS 124, GERM 301

Instructor listed on Rice's public Course Schedule.

EDES 301

MATH 221, MATH 479, MATH 683, MATH 690, MATH 800

POLI 210, POLI 238, POLI 800

Instructor listed on Rice's public Course Schedule.

UNIV 212, UNIV 295

SPAN 263, SPAN 322

Instructor listed on Rice's public Course Schedule.

COMP 330, COMP 543, COMP 614

CLAS 102, HART 101, HART 230, HART 402, HART 504, HART 800, MDEM 111, MDEM 230

Instructor listed on Rice's public Course Schedule.

CMOR 420, CMOR 520

BIOS 310, BIOS 401, BIOS 541, BIOS 569, BIOS 801

ENGL 405, ENGL 600

BUSI 572

Instructor listed on Rice's public Course Schedule.

LPAP 120, LPAP 190

BUSI 215, EMBA 911, MGMT 821

GLBL 200, POLI 364

Instructor listed on Rice's public Course Schedule.

CHEM 313, CHEM 314, CHEM 800

CLAS 102, HART 101, HART 504, HART 588, MDEM 111

ARTS 280, FILM 280, FILM 396, HART 280, MDIA 410

COMP 101, COMP 390, COMP 590, COMP 665, COMP 800

BIOS 215, BIOS 216, BIOS 308, BIOS 318, BIOS 372, BIOS 572, NEUR 310

Instructor listed on Rice's public Course Schedule.

FOTO 205, FOTO 298

Instructor listed on Rice's public Course Schedule.

MUSI 331

Instructor listed on Rice's public Course Schedule.

BIOE 509

STAT 418, STAT 490, STAT 518, STAT 590, STAT 800

ENGI 501

MGMT 586

Instructor listed on Rice's public Course Schedule.

ARCH 225, ARCH 525, HART 225, HART 545

Instructor listed on Rice's public Course Schedule.

COMP 412, COMP 800

Instructor listed on Rice's public Course Schedule.

APPL 800, CHEM 800, ELEC 605, ELEC 800, PHYS 605, PHYS 800

APPL 800, MSNE 490, MSNE 540, MSNE 621, MSNE 622, MSNE 800

ELEC 007, ELEC 303, ELEC 490, ELEC 800

ANTH 205, ANTH 319, ANTH 404, ANTH 490, ANTH 600, ANTH 800

Instructor listed on Rice's public Course Schedule.

COMP 576, ELEC 576

Instructor listed on Rice's public Course Schedule.

NAVA 203

Interface studies and processing of composites, coatings, and thin films. Development of new materials systems that take advantage of the unique properties of fullerenes and nanotubes. Research on new materials developments in nanotechnology. Formation of hybrid nanotube materials and the development of fully integrated nanotube composites.

MSNE 523, MSNE 621, MSNE 800

Instructor listed on Rice's public Course Schedule.

UNIV 220, UNIV 320

Instructor listed on Rice's public Course Schedule.

LPAP 115, LPAP 139

FWIS 151, LALX 158, SPAN 158

Instructor listed on Rice's public Course Schedule.

MGMT 631

PHIL 125, PHIL 320, PHIL 490, PHIL 498, PHIL 598, PHIL 600

Instructor listed on Rice's public Course Schedule.

MDEM 105, RELI 105

Instructor listed on Rice's public Course Schedule.

ANTH 336, ANTH 372, ANTH 404, ANTH 490, ANTH 572, ANTH 600, ANTH 800

Instructor listed on Rice's public Course Schedule.

ENGL 370, ENGL 404, ENGL 493, SWGS 370

POLI 338, SOPA 309, SOPA 400, SOSC 301

PHIL 598, PHIL 600, PHIL 701, PHIL 800

Instructor listed on Rice's public Course Schedule.

CMOR 490, CMOR 500, CMOR 590, CMOR 800

ENGL 211, ENGL 341

PHYS 007, PHYS 311, PHYS 800

HIST 700

Instructor listed on Rice's public Course Schedule.

CHBE 495, CHBE 700, CHBE 800

Instructor listed on Rice's public Course Schedule.

NAVA 101, NAVA 302

CHEM 123

Instructor listed on Rice's public Course Schedule.

BIOS 310, BIOS 401, BIOS 541, BIOS 569, BIOS 801

Both laser-cooled atomic ions and neutral atoms in electromagnetic traps provide pristine quantum systems that can be engineered from the ground up to an unprecedented level of control. Atoms interacting with lasers offer unmatched coherence properties, deterministic entanglement generation and nearly perfect detection of individual quantum systems. In our lab we will use trapped ions and neutral atoms to assemble atom-by-atom quantum systems whose parameters can be tailored microscopically to investigate unexplored quantum many-body phenomena and tackle new ways of processing quantum information.

APPL 007, APPL 800, ELEC 800, PHYS 007, PHYS 101, PHYS 800

Instructor listed on Rice's public Course Schedule.

COMP 490, PHYS 800

ENGL 360, ENGL 387

ELEC 800, MSNE 417, MSNE 490, MSNE 517, MSNE 800

HIST 221, HIST 412

EEPS 431, EEPS 501, EEPS 539, EEPS 631, EEPS 800

Instructor listed on Rice's public Course Schedule.

HEAL 132, KINE 300, KINE 301, KINE 499

APPL 800, ELEC 462, ELEC 490, ELEC 562, ELEC 800

COMP 628, COMP 642

BIOS 215, BIOS 310, BIOS 311, BIOS 401

Instructor listed on Rice's public Course Schedule.

ENGL 261, ENGL 272, MDHM 260, MDHM 272

MUSI 421, MUSI 449, MUSI 521, MUSI 647, MUSI 649, MUSI 750

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 339, MUSI 341, MUSI 441, MUSI 463, MUSI 531, MUSI 631, MUSI 636, MUSI 641, MUSI 649, MUSI 663, MUSI 741

APPL 800, CHBE 418, CHBE 495, CHBE 518, CHBE 700, CHBE 800, CHEM 800

STAT 590, STAT 591, STAT 800

Dr. Fregly's research focuses on the modeling, simulation, and optimization of the human neuromusculoskeletal system to design personalized clinical treatments for movement disorders caused by stroke, osteoarthritis, cancer, and Parkinson's disease. Unique aspects of his research program include integration of modeling methods for both the human musculoskeletal system and the human neural control system, calibration of patient-specific neuromusculoskeletal models using patient movement and imaging data, prediction of post-treatment patient function for different treatment scenarios under consideration, and validation of model predictions using experimental data to support model use for clinical treatment planning. The primary technical skills required for these research efforts include multibody dynamics, numerical methods (especially optimization), contact mechanics, and computer programming (mainly Matlab and C++). While Dr. Fregly's past research has focused on developing neurorehabilitation treatments for walking impairments, his future research is expanding to include surgical treatments for walking impairments and robotic rehabilitation treatments for upper extremity impairments. Dr. Fregly's primary collaborators within the department include Drs. Marcia O'Malley, Fred Higgs, Ed Akin, and Matthew Brake. Collaborators in the Texas Medical Center include clinicians and researchers from the Department of Orthopaedic Oncology at MD Anderson Cancer Center, the Department of Orthopedic Surgery at UT Health, and the NeuroRecovery Research Center at TIRR Memorial Hermann.

MECH 409, MECH 490, MECH 509, MECH 611, MECH 800

ARTS 301, ARTS 401

Instructor listed on Rice's public Course Schedule.

HIST 552, HIST 700, HIST 800

Instructor listed on Rice's public Course Schedule.

MUSI 340, MUSI 415

HART 503, HART 504, HART 528, HART 590, HART 600, HART 601, HART 800

Instructor listed on Rice's public Course Schedule.

CRWR 510, ENGL 304

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 339, MUSI 341, MUSI 441, MUSI 471, MUSI 472, MUSI 531, MUSI 631, MUSI 636, MUSI 641, MUSI 649, MUSI 671, MUSI 736, MUSI 738, MUSI 739, MUSI 741, MUSI 751, MUSI 752, MUSI 754, MUSI 760, MUSI 761, MUSI 763, MUSI 764

Instructor listed on Rice's public Course Schedule.

ECON 308, ECON 310, STAT 376

Dr. Lou's research interests include nanomaterial synthesis, nanomechanical characterization and nanodevice fabrication for energy, environment and biomedical applications.

CHEM 800, MSNE 402, MSNE 490, MSNE 502, MSNE 621, MSNE 622, MSNE 800

MATH 280, MATH 354, MATH 591

SPAN 264, SPAN 321, SPAN 322

APPL 800, BIOE 500, BIOE 506, BIOE 507, BIOE 607

ECON 510, STAT 610

Instructor listed on Rice's public Course Schedule.

SOSC 444

PSYC 485, PSYC 488, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 602, PSYC 630, PSYC 700, PSYC 800

BIOS 128, BIOS 215, BIOS 216, BIOS 315, BIOS 449, BIOS 528, BIOS 549, NEUR 380, PSYC 380

ENGL 270, ENGL 300

Instructor listed on Rice's public Course Schedule.

ENGL 250

Instructor listed on Rice's public Course Schedule.

LPAP 176

The Gustavsson research group strives to gain detailed information about cellular nanoscale structures, dynamics, and molecular mechanisms by designing and applying innovative and versatile imaging tools. The goal of their research is to improve our understanding of cellular function and pathogenesis by answering biophysical and biomedical questions related to multiple diseases, including laminopathies and cancers.

APPL 800, CHEM 330, CHEM 800, SSPB 800

COMP 680, STAT 314, STAT 405, STAT 605

BUSI 364, BUSI 369, BUSI 461, GLHT 364, MGMT 762, SOSC 364

The Bagchi group works on understanding and controlling molecular packing in organic solids for sustainability and healthcare applications.

APPL 800, CHEM 435, CHEM 535, CHEM 600, CHEM 800

LING 300, LING 327, LING 480, LING 481, LING 482

COLL 104, COLL 105, COLL 106, COLL 107, COLL 109, COLL 111, COLL 112, COLL 113, COLL 117, COLL 118, COLL 127, COLL 132, COLL 170, UNIV 500, UNIV 599

Instructor listed on Rice's public Course Schedule.

PORT 301, SPAN 141, SPAN 490

BUSI 572, MGMP 595

Instructor listed on Rice's public Course Schedule.

LPAP 186

PHIL 372, PHIL 670

Instructor listed on Rice's public Course Schedule.

BIOS 310, BIOS 401, BIOS 611, BIOS 800, CHEM 110, CHEM 800, DSRT 999

ECON 483, ECON 498, ECON 800

SOCI 327, SOCI 389, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

HART 300, HART 301, HART 501, HART 503, HART 504, HART 600, HART 601, HART 800

ECON 208, ECON 631, ECON 632

ECON 470, ECON 501, ECON 800

AAAS 248, AAAS 349, HIST 248, HIST 349

Instructor listed on Rice's public Course Schedule.

STAT 449, STAT 649

PSYC 333, PSYC 340, PSYC 485, PSYC 488, PSYC 561

Instructor listed on Rice's public Course Schedule.

ARTS 238, ARTS 311, ARTS 312

MUSI 231, MUSI 303, MUSI 401, MUSI 441, MUSI 449, MUSI 601, MUSI 603, MUSI 614, MUSI 641, MUSI 750, MUSI 800

Instructor listed on Rice's public Course Schedule.

UNIV 301

Instructor listed on Rice's public Course Schedule.

BUSI 731

Instructor listed on Rice's public Course Schedule.

GLBL 555

Instructor listed on Rice's public Course Schedule.

MUSI 231

Instructor listed on Rice's public Course Schedule.

KINE 300, KINE 499

PHIL 498, PHIL 672

BIOS 310, BIOS 401, BIOS 611, BIOS 800

MATH 680, MATH 690

MGMT 801

AMCI 400, CLAS 336, LATI 101, LATI 310, LATI 510, LING 336, MDEM 101

BUSI 390, MGMT 833

Instructor listed on Rice's public Course Schedule.

STAT 449, STAT 649

Instructor listed on Rice's public Course Schedule.

MGMT 680

Instructor listed on Rice's public Course Schedule.

HIST 225, HIST 461

PSYC 485, PSYC 488, PSYC 502, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800, STAT 509

Instructor listed on Rice's public Course Schedule.

HART 332, MDIA 301, MDIA 332

Instructor listed on Rice's public Course Schedule.

COMP 432, COMP 530, COMP 590, COMP 800, ELEC 800

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 339, MUSI 341, MUSI 441, MUSI 449, MUSI 457, MUSI 531, MUSI 631, MUSI 636, MUSI 641, MUSI 649, MUSI 656, MUSI 741

Instructor listed on Rice's public Course Schedule.

KINE 321, KINE 499

Instructor listed on Rice's public Course Schedule.

EEPS 430, EEPS 630

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 339, MUSI 341, MUSI 441, MUSI 451, MUSI 531, MUSI 631, MUSI 636, MUSI 641, MUSI 649, MUSI 651, MUSI 741, MUSI 760, MUSI 763, MUSI 764

Instructor listed on Rice's public Course Schedule.

EEPS 583

Instructor listed on Rice's public Course Schedule.

ECON 307, STAT 310

SSPB 800, STAT 007, STAT 490, STAT 518, STAT 590, STAT 800

DSCI 304, POLI 337, SOPE 503

BIOE 123, BIOE 449, BIOE 451, BUSI 224, GLHT 449

ENGL 343, ENGL 410, ENGL 800, SWGS 343

ENGL 113, ENGL 214, ENGL 401, ENGL 493

Instructor listed on Rice's public Course Schedule.

ELEC 490, ELEC 491, ELEC 522, ELEC 590, ELEC 591, ELEC 800

COMP 431, COMP 490, COMP 531, COMP 539, COMP 590

BUSI 568, MGMT 510

FWIS 103, HART 343, HART 400, HART 402, HART 503, HART 504, HART 543, HART 600, HART 601, HART 603, HART 800, MDEM 343

CLAS 206, CLAS 493, HIST 206, LATI 201, MDEM 211, MDEM 320

Instructor listed on Rice's public Course Schedule.

EEPS 459, EEPS 659

Instructor listed on Rice's public Course Schedule.

CMOR 438, INDE 577

Instructor listed on Rice's public Course Schedule.

ELEC 490, ELEC 800, MECH 341, MECH 490, MECH 606, MECH 611, MECH 800

BIOS 216, BIOS 310, BIOS 341, BIOS 401, BIOS 611, BIOS 800

Instructor listed on Rice's public Course Schedule.

MGMT 806

MATH 683, MATH 690

Dr. Ajayan's research focuses on the development of functional nanostructured materials for variety of applications. His research group looks at the materials science and engineering aspects of these novel materials with three different focused application areas, nanomaterials in energy generation and storage, multifunctional composites, nano-enabled bio-mimetic systems and nanoelectronics, nanosensors and active nanosystems.

APPL 800, CHBE 495, CHEM 800, MSNE 007, MSNE 490, MSNE 555, MSNE 621, MSNE 622, MSNE 800

APPL 800, BIOE 383, BIOE 500, BIOE 506, BIOE 507, BIOE 607, ELEC 800

Instructor listed on Rice's public Course Schedule.

COLL 222, LALX 477

Instructor listed on Rice's public Course Schedule.

COLL 112

FWIS 125

Instructor listed on Rice's public Course Schedule.

FWIS 133

Instructor listed on Rice's public Course Schedule.

NSCI 530

Instructor listed on Rice's public Course Schedule.

MGMT 561

ANTH 324, ARTS 325, ARTS 327, ARTS 328, FILM 327, FILM 328

Instructor listed on Rice's public Course Schedule.

ARCH 207, ARCH 507

Instructor listed on Rice's public Course Schedule.

CMOR 360

Instructor listed on Rice's public Course Schedule.

CRWR 600

Instructor listed on Rice's public Course Schedule.

CHEM 213

Instructor listed on Rice's public Course Schedule.

RELI 123, RELI 424

ECON 209

ASTR 229, PHYS 800

Our group's major thrust is the development of new electrical tools and methods to (a) extract and separate critical metals and minerals from waste, (b) synthesize new materials like MXenes, graphene, and composites, (c) destroy toxic chemicals like PFAS, (d) synthesize organic compounds, and (e) prepare commodity chemicals, all done with high efficiency and economically. We are also developing light-activated molecular machines for antibacterial and anticancer agents.

APPL 800, CHEM 211, CHEM 800, MSNE 800

RELI 334, RELI 337, RELI 530, RELI 700

ENGL 200, ENGL 677, ENGL 703

POLI 211, POLI 369, POLI 395

ANTH 200, LING 200, LING 401, LING 480, LING 481, LING 482

BUSI 547, MGMP 570, MGMT 715, MGMT 960

Dr. Sergio Chávez is an associate professor of sociology and qualitative methodologist at Rice University who specializes in domestic and international migration, economic sociology, and social networks.

SOCI 319, SOCI 327, SOCI 380, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

Instructor listed on Rice's public Course Schedule.

CHEM 483, CHEM 484, CHEM 583, CHEM 584, CHEM 800, COLL 200

Instructor listed on Rice's public Course Schedule.

ENGI 501

Instructor listed on Rice's public Course Schedule.

MUSI 303, MUSI 401, MUSI 441, MUSI 601, MUSI 603, MUSI 641, MUSI 647, MUSI 750, MUSI 751, MUSI 754, MUSI 800

Instructor listed on Rice's public Course Schedule.

MUSI 317

Instructor listed on Rice's public Course Schedule.

ENGL 703, ENGL 704, ENGL 800

Instructor listed on Rice's public Course Schedule.

MATH 321, MATH 425, MATH 515

Instructor listed on Rice's public Course Schedule.

EEPS 579

ECON 800

BIOS 310, BIOS 401, BIOS 541, BIOS 569, BIOS 801

Instructor listed on Rice's public Course Schedule.

MGMT 626

BIOE 500, BIOS 216, BIOS 301, BIOS 310, BIOS 401, BIOS 611, BIOS 800, SSPB 800

Dr. Lin’s research interests are in water separation processes for addressing critical sustainability challenges. The three current research areas in his group include (1) desalination and water treatment, (2) resource extraction and recovery, and (3) brine management. His recent work primarily focuses on advancing both the technologies and scientific understanding in membrane and electrochemical separation for water treatment and critical mineral extraction. Dr. Lin has authored more than 150 peer-reviewed publications in leading journals of the field and has been recognized as a Highly Cited Researcher by Clarivate (Web of Science). He currently serves as an Associate Editor of Environmental Science & Technology (ES&T). Dr. Lin has received multiple awards for his scholarly achievements, with notable ones including the Paul L. Busch Award from Water Research Foundation (2020), the Walter L. Huber Research Prize (2023) from American Society of Civil Engineers, and the Early Career Award from the Association of Chinese American Professors in Environmental Engineering and Science (2020). He also won the ES&T Best Paper Award in the category Environmental Technology (2024). Dr. Lin is passionate about training and mentoring the next generation scholars, researchers, and engineers in environmental engineering. He received the Excellence in Graduate Student Mentoring Award from Vanderbilt (2023) and is also the faculty advisor recipient of the Jacobs Engineering Group/AEESP Outstanding Doctoral Dissertation Award from the Association of Environmental Engineering and Science Professors (2024).

CEVE 208, CEVE 800, CHBE 800

Instructor listed on Rice's public Course Schedule.

HART 402, HART 503, HART 504, HART 600, HART 601, HART 800

CMOR 590, CMOR 800, ELEC 800

Strongly correlated electron materials Andriy Nevidomskyy is a theoretical physicist working in the field of condensed matter. The focus of his study are materials in which electrons interact strongly with each other, resulting in a very different behaviour from ordinary metals such as aluminium and copper. One of the examples are the heavy fermion metals, so called because the electrically charged particles of which they consist, the fermions, are unlike ordinary electrons. The reason these electrons are unique, is because the interactions between them are so strong that they acquire a very heavy mass, often several hundred times greater than that of a bare electron. As a result of this heaviness, many material properties are profoundly affected. In particular, the electric current and thermal heat flow differently through these materials at low temperatures. In addition, exotic quantum phases can form from this strange metallic state, such as unconventional superconductivity, that defy theoretical explanation. The reason why most metals look qualitatively similar at cryogenic temperatures, is because their behavior is dictated by their lightest constituents – the electrons. Electrons obey special rules, and rather than being a gas of particles, they form what is called a Fermi liquid, or a Fermi sea. One can think of the response to an external probe as ripples and waves on the surface of this sea. In ordinary metals, these waves all look almost identical, described by the Landau Fermi liquid theory, which lies at the foundations of the modern theory of metals. The heavy fermion materials are different. They are typically composed of f-electron elements, such as cerium or plutonium, with CeCoIn5, YbRh2Si2, PuCoGa5 as examples. By applying pressure or chemical doping, these materials can be tuned to the so-called quantum phase transition, where a magnetic phase disappears at absolute zero temperature. It is near this special point that the strange metal state is formed and exotic phases, such as superconductivity, emerge. To study the properties of these phases, Dr Nevidomskyy employs a combination of the realistic electron band theory, which takes into account the details of chemical and structural composition, and the state-of-the-art analytical and numerical techniques to solve the effective many-body problem. The methodologies used include the cluster dynamical mean-field theory (CDMFT), large-N expansion and Schwinger boson techniques. It is hoped that this combined approach will help shed light on the properties of the non-Fermi liquid `strange metal' state and accompanying emergent phenomena, such as the unconventional superconductivity. This research is relevant not only to the heavy fermion materials, but equally to the high-temperature superconductors in the family of cuprates and the recently discovered iron-based compounds.

CHEM 800, PHYS 800

The Nienhaus Group is interested in understanding the role of nanoscale structure on the ensemble materials properties. Research is highly interdisciplinary combining a wide variety of chemical and physical methods, materials development and synthesis and engineering approaches.

CHEM 559, CHEM 800, PHYS 800

MATH 302, MATH 591

ENGL 703, ENGL 704, ENGL 800

Instructor listed on Rice's public Course Schedule.

UNIV 194

Instructor listed on Rice's public Course Schedule.

APPL 800, BIOE 500, ELEC 490, ELEC 590, ELEC 800, SSPB 800

Instructor listed on Rice's public Course Schedule.

MGMT 612

APPL 800, PHYS 007, PHYS 101, PHYS 800

SMGT 431, SMGT 440, SMGT 495, SMGT 499, SMGT 531

Satish Nagarajaiah is a Professor of Civil & Environmental Engineering and of Mechanical Engineering and is affiliated with the Materials Science and Nano-Engineering Departments at Rice University, Houston, Texas. He is renowned for his research contributions in seismic isolation, structural control and monitoring, adaptive stiffness systems, smart tuned mass dampers, sparse structural system identification, and low rank methods. He is the earliest researcher who invented and developed noncontact structural strain sensing using nanomaterials. He serves as the Editor of Structural Control and Health Monitoring, Wiley. He is a fellow of the U.S. National Academy of Inventors, a fellow of ASCE, and a fellow of ASCE-SEI. He has received numerous awards, including the 2025 George W. Housner Medal, 2020 ASCE Newmark Medal, 2017 ASCE Raymond Reese Research prize, 2015 Moissieff award, and NSF CAREER award in 1998. More details on his teaching, research, service, publications, and news can be found on his website at satishnagarajaiah.rice.edu.

CEVE 007, CEVE 432, CEVE 496, CEVE 499, CEVE 590, CEVE 596, CEVE 651, CEVE 800, MECH 466, MECH 566

Dr. Zhu and his Emerging Quantum and Ultrafast Activity Laboratory (EQUAL) engineer materials at the atomic level with light. He is interested in the interplay among the lattice structures, electrons and electromagnetic waves to create quantum behavior that typically only exist in extreme conditions with natural compounds. These artificial materials potentially serve in robust information technology and sensitive detectors beyond the classical limit.

APPL 007, APPL 800, ELEC 800, MSNE 007, MSNE 304, MSNE 490, MSNE 491, MSNE 621, MSNE 622, MSNE 800

FWIS 132, HIST 581, HIST 700, HIST 800

Instructor listed on Rice's public Course Schedule.

CMOR 302

Instructor listed on Rice's public Course Schedule.

BIOS 212, BIOS 215, BIOS 216, BIOS 299, BIOS 310, HONS 470

EEPS 108, EEPS 481, EEPS 501, EEPS 800

ASTR 101, PHYS 800

RCEL 100, RCEL 200

LING 325, PSYC 203, PSYC 321, PSYC 325

APPL 800, CHBE 007, CHBE 470, CHBE 495, CHBE 499, CHBE 700, CHBE 800

Instructor listed on Rice's public Course Schedule.

CEVE 418, CEVE 481, CEVE 518, CEVE 590

Professor Chan's primary research area is the acceleration and transport of energetic particles in space plasmas, particularly relativistic electrons in Earth's magnetosphere. This work involves theory and simulation of the dynamics of relativistic particles in magnetospheric electromagnetic fields, including motion in large-scale fields and in a variety of electromagnetic plasma waves. Relativistic electrons are of great interest because it is not well understood how they are accelerated to such high energies and because these particles are potentially harmful to technological systems and to humans in space. Recently Dr. Chan and his research group have been collaborating on a number of projects to develop advanced theoretical models of relativistic electron dynamics. Research on the relativistic electrons is undertaken with researchers at the University of Colorado in Boulder and at the University of Iowa, and with other Rice faculty.

APPL 800, PHYS 111, PHYS 800

Instructor listed on Rice's public Course Schedule.

FWIS 119

Instructor listed on Rice's public Course Schedule.

ARTS 165, ARTS 388

COMP 215, COMP 364, COMP 390, COMP 464, COMP 490, COMP 491, COMP 591

PSYC 430, PSYC 485, PSYC 488, PSYC 543, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800

ARCH 367, ARTS 165, ARTS 366

MGMT 612, MGMT 775, MGMT 973

Instructor listed on Rice's public Course Schedule.

POLI 102

Instructor listed on Rice's public Course Schedule.

EEPS 111, EEPS 481, EEPS 501, EEPS 537, EEPS 800

Instructor listed on Rice's public Course Schedule.

BIOE 365, CEVE 101, CEVE 302, CEVE 314, CEVE 499, CEVE 502, CEVE 590, ENGI 302, GLHT 314

MATH 444, MATH 539

BUSI 523

BIOS 310, BIOS 401, BIOS 425, BIOS 525, BIOS 593, BIOS 611, BIOS 701, BIOS 702, BIOS 800

ECON 203, ECON 211

Instructor listed on Rice's public Course Schedule.

GLHT 007, GLHT 400, GLHT 451

BUSI 544, MGMW 560

ELEC 573, ELEC 590, ELEC 699, ELEC 800, STAT 800

BUSI 440

Instructor listed on Rice's public Course Schedule.

MECH 472, MECH 490, MECH 611, MECH 800

MGMW 798

HIST 259, HIST 291

ANTH 404, ANTH 490, ANTH 600, ANTH 800

EEPS 321, EEPS 401, EEPS 481, EEPS 501, EEPS 800

SMGT 350, SMGT 362, SMGT 495, SMGT 499

CMOR 220, CMOR 494, CMOR 518

Instructor listed on Rice's public Course Schedule.

UNIV 194, UNIV 250

Our group is focused on the design and synthesis of new compounds with unconventional electronic and magnetic ground stats. We are particularly interested in superconductivity, local and itinerant electron magnetism, quantum phase trasnitions and more. We employ conventional methods of solid state synthesis, vapor transport and flux crystal growth in hopes of finding interesting compounds showing exceptional physics and potential for applications.

APPL 007, APPL 800, CHEM 800, ELEC 800, PHYS 007, PHYS 567, PHYS 800

Instructor listed on Rice's public Course Schedule.

ENGL 366, ENGL 493, ENGL 703, ENGL 800

CEVE 499, CEVE 651, CEVE 800

Instructor listed on Rice's public Course Schedule.

SOCI 101, SOCI 327, SOCI 403, SOCI 492, SOCI 605, SOCI 606, SOCI 609, SOCI 700

MACC 504, MGMT 541, MGMT 848

CHBE 007, CHBE 475, CHBE 495, CHBE 575, CHBE 700, CHBE 800

BIOE 432, BIOE 500, BIOE 506, BIOE 507, BIOE 532, BIOE 607, BIOE 698, BIOS 310, SSPB 800

Instructor listed on Rice's public Course Schedule.

HEAL 279, HEAL 379, HEAL 380, HEAL 403, HEAL 462, HEAL 495, HEAL 499, HEAL 580

FREN 302, FREN 312, FREN 352

Daniel Potter is the Director of the Houston Population Research Center, Surveys at the Kinder Institute for Urban Research.

GLBL 523

Instructor listed on Rice's public Course Schedule.

MUSI 339, MUSI 341, MUSI 441, MUSI 487, MUSI 531, MUSI 631, MUSI 641, MUSI 687, MUSI 741

ENGL 601, ENGL 603, ENGL 605, ENGL 703, ENGL 704, ENGL 800, HUMA 142

Instructor listed on Rice's public Course Schedule.

MDEM 245, RELI 124, RELI 245, RELI 700, RELI 800

BIOE 500, BIOE 506, BIOE 507, BIOE 508, BIOE 607, BIOS 310, BIOS 401, CHBE 800, SSPB 503, SSPB 800

PHYS 111, PHYS 125, PHYS 461

Instructor listed on Rice's public Course Schedule.

BUSI 396, MGMW 594

Instructor listed on Rice's public Course Schedule.

BUSI 430, MACC 511

COMP 140, COMP 182, COMP 582, ELEC 512

Instructor listed on Rice's public Course Schedule.

MECH 340

CEVE 007, CEVE 434, CEVE 499, CEVE 534, CEVE 590, CEVE 651, CEVE 800, CHBE 495, CHBE 700, CHBE 800

My work addresses open questions in the fields of high energy particle physics and cosmology. Most notably I have endeavored to understand the origin matter / antimatter asymmetry of the universe using the techniques of quantum field theory, particle physics, and statistical mechanics. Additionally, I continue to study the nature of dark matter; the mechanism of cosmological inflation; the origin, evolution, and detection of primordial magnetic fields; the power of future collider experiments to probe Higgs physics and the complementarity with gravitational wave interferometry as a probe of the electroweak epoch; and the extent to which astrophysical observations can be used to search for and uncover relics from the early universe.

PHYS 622, PHYS 800

BIOS 211, BIOS 301, BIOS 341

MGMT 501

Instructor listed on Rice's public Course Schedule.

APPL 800, BIOE 500, ELEC 007, ELEC 383, ELEC 490, ELEC 590, ELEC 800

Prof. Tang is a theoretical physicist engaged in the study of living and active matter. Such systems exhibit various emergent dynamics necessary for system regulation, growth, and motility. However, how robust dynamics arises from stochastic and heterogeneous components remains poorly understood. For instance, why are living systems able to exhibit time-scales much longer than those of the underlying components, e.g. in the circadian rhythm or in stable memories? Her goal is to develop physical theories that describe and predict these and other striking out-of-equilibrium phenomena. Towards these aims, Tang uses statistical mechanics, information theory, and dynamical theory to characterize emergent function. She particularly enjoys using topology and geometry to predict robust dynamics in novel and accessible platforms, from quantum to biological systems. Other interests include learning and optimal navigation, as well as information flow in fluids, networks and active matter.

PHYS 007, PHYS 600, PHYS 800, SSPB 800

STAT 532

Instructor listed on Rice's public Course Schedule.

MUSI 339, MUSI 341, MUSI 441, MUSI 493, MUSI 531, MUSI 631, MUSI 641, MUSI 649, MUSI 693, MUSI 736, MUSI 739, MUSI 741, MUSI 751, MUSI 752, MUSI 753, MUSI 754

Instructor listed on Rice's public Course Schedule.

CHBE 460, CHBE 560, MSNE 560

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 341, MUSI 441, MUSI 493, MUSI 631, MUSI 636, MUSI 641, MUSI 649, MUSI 690, MUSI 693, MUSI 698, MUSI 705, MUSI 736, MUSI 738, MUSI 739, MUSI 741, MUSI 742, MUSI 751, MUSI 752, MUSI 753, MUSI 754, MUSI 760, MUSI 761, MUSI 763, MUSI 764

CLAS 285, HEBR 141, INDS 701, RELI 202, RELI 285, RELI 700, RELI 800

SPAN 332, SPAN 335, SPAN 490

Instructor listed on Rice's public Course Schedule.

MDHM 266, PHIL 266

APPL 800, COMP 390, COMP 458, COMP 558, COMP 590, COMP 800

Instructor listed on Rice's public Course Schedule.

CEVE 320, CEVE 499, CEVE 529, CEVE 590, ENGI 320, ENGI 529

Instructor listed on Rice's public Course Schedule.

ELEC 241, ELEC 490, ELEC 590, ELEC 594, ELEC 595, ELEC 698

Instructor listed on Rice's public Course Schedule.

ECON 200

ANTH 201, ANTH 404, ANTH 490, ANTH 493, ANTH 600, ANTH 650, ANTH 800

Dr. Han’s laboratory utilizes electron microscopy and related techniques to investigate a wide range of material systems including low-dimensional nanomaterials, biomaterials/molecules, and interfaces. Her lab aims to understand the structure and properties of material systems at an atomic level. Our ultimate goal is to provide novel materials/interface design for next-generation electronics, biosensing, clean energy harvesting, etc. As our group works at the intersection of materials, biology, and engineering, we are open to collaborations from all areas where small things make a difference.

APPL 007, APPL 800, BIOS 611, BIOS 800, CHEM 580, CHEM 800, MSNE 007, MSNE 580, MSNE 621, MSNE 622, MSNE 800

Instructor listed on Rice's public Course Schedule.

BUSI 222, BUSI 365, UNIV 285

CMOR 490, CMOR 590, CMOR 800

ASIA 206, ASIA 207

Instructor listed on Rice's public Course Schedule.

PSYC 485, PSYC 488, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800

Instructor listed on Rice's public Course Schedule.

MUSI 303, MUSI 401, MUSI 441, MUSI 449, MUSI 601, MUSI 603, MUSI 641, MUSI 750, MUSI 751, MUSI 800

Instructor listed on Rice's public Course Schedule.

LPAP 115, LPAP 170

SOCI 101, SOCI 317, SOCI 327, SOCI 333, SOCI 403, SOCI 492

Instructor listed on Rice's public Course Schedule.

RELI 150, RELI 250

BUSI 800, BUSI 801, ECON 593, MGMT 638, MGMT 648

Instructor listed on Rice's public Course Schedule.

HIST 373, HIST 531

Instructor listed on Rice's public Course Schedule.

POLI 504, POLI 591, POLI 597, POLI 800

Instructor listed on Rice's public Course Schedule.

MUSI 285, MUSI 446

APPL 800, BIOE 380, ELEC 380, ELEC 490, ELEC 587, ELEC 800, NEUR 383

Instructor listed on Rice's public Course Schedule.

CSCI 240, CSCI 299, CSCI 340, CSCI 390, CSCI 481, PSYC 203, PSYC 561

PHIL 360, PHIL 470, PHIL 670, PHIL 800

Instructor listed on Rice's public Course Schedule.

GLBL 533

Instructor listed on Rice's public Course Schedule.

PSYC 351, PSYC 485, PSYC 488, PSYC 531, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800

Instructor listed on Rice's public Course Schedule.

ARTS 225, ARTS 301

HART 205, HART 503, HART 504, HART 585, HART 600, HART 601, HART 800

MECH 202, MECH 490, MECH 571

CEVE 411, CEVE 499, CEVE 511, CEVE 800

Instructor listed on Rice's public Course Schedule.

MUSI 338, MUSI 339, MUSI 341, MUSI 441, MUSI 453, MUSI 531, MUSI 631, MUSI 636, MUSI 641, MUSI 653, MUSI 741

ECON 497, ECON 579, ECON 593, ECON 800

MGMT 501, MGMW 501

Instructor listed on Rice's public Course Schedule.

POLI 540, POLI 595, POLI 800

Instructor listed on Rice's public Course Schedule.

ANTH 341, ANTH 541

MUSI 303, MUSI 401, MUSI 441, MUSI 601, MUSI 603, MUSI 641, MUSI 800

SMGT 276, SMGT 364, SMGT 400, SMGT 495, SMGT 499

Instructor listed on Rice's public Course Schedule.

PSYC 485, PSYC 488, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 700, PSYC 800

POLI 591, POLI 593, POLI 800

MGMW 709

Instructor listed on Rice's public Course Schedule.

ENGL 272, MDHM 272, MDHM 310, MDHM 430

LALX 355, SPAN 406

ECON 305

MGMT 738, MGMT 748, MGMT 974

PSYC 370, PSYC 409, PSYC 485, PSYC 488, PSYC 561, PSYC 571, PSYC 572, PSYC 573, PSYC 609, PSYC 700, PSYC 800

HART 389, HART 402, HART 503, HART 504, HART 589, HART 600, HART 601, MDIA 202

PHIL 371, PLST 201

BUSI 305

Instructor listed on Rice's public Course Schedule.

PSYC 101, PSYC 203, PSYC 340, PSYC 485, PSYC 488, PSYC 499, PSYC 561

LING 205, LING 480, LING 481, LING 482, SWGS 205

Instructor listed on Rice's public Course Schedule.

ASIA 215, ASIA 495, HUMA 499

ENGL 800, ENST 205, MDIA 401, UNIV 290

Instructor listed on Rice's public Course Schedule.

STAT 482, STAT 490, STAT 499, STAT 540, STAT 590, STAT 682, STAT 699

COLL 200, FWIS 102, SPAN 406

ENGL 621, ENGL 800

Instructor listed on Rice's public Course Schedule.

LPAP 164

Instructor listed on Rice's public Course Schedule.

UNIV 194

Instructor listed on Rice's public Course Schedule.

COLL 118

Instructor listed on Rice's public Course Schedule.

MUSI 647, MUSI 750

Instructor listed on Rice's public Course Schedule.

MUSI 381

Instructor listed on Rice's public Course Schedule.

PHYS 515, PHYS 800

Instructor listed on Rice's public Course Schedule.

MUSI 571, MUSI 649

Instructor listed on Rice's public Course Schedule.

GLBL 555

Instructor listed on Rice's public Course Schedule.

ENST 301

ANTH 341, ANTH 404, ANTH 406, ANTH 490, ANTH 541, ANTH 600, ANTH 800

Instructor listed on Rice's public Course Schedule.

UNIV 194

Instructor listed on Rice's public Course Schedule.

BIOS 211, BIOS 216, BIOS 310, BIOS 401, BIOS 611, BIOS 800

Instructor listed on Rice's public Course Schedule.

COMP 390, COMP 590, COMP 607, COMP 800, ELEC 800

ANTH 404, ANTH 490, ANTH 600, ANTH 800

EDUC 345, EDUC 545

Instructor listed on Rice's public Course Schedule.

MUSI 125, MUSI 281

Instructor listed on Rice's public Course Schedule.

ENGL 390, THEA 303, THEA 316, THEA 435

Instructor listed on Rice's public Course Schedule.

MGMT 806

COMP 326, ELEC 326, ELEC 594, ELEC 595

CMOR 490, CMOR 524, CMOR 590, CMOR 800

Instructor listed on Rice's public Course Schedule.

EEPS 459, EEPS 659

MATH 682, MATH 690, MATH 699, MATH 800

BIOE 500, BIOE 506, BIOE 507, BIOE 539, BIOE 543, BIOE 607, CHEM 800, SSPB 800

CHIN 263, CHIN 301, CHIN 311

APPL 800, BIOE 380, BIOE 500, BIOS 611, BIOS 800, ELEC 380, ELEC 587, ELEC 800, NEUR 383, SSPB 800

CHBE 692