Taras Filenko at the Lotus Temple

My speech at a Pittsburgh rally to support Ukraine in front of Senator McCormick's office downtown

Majorana Fireside Chat: HOW CLOSE ARE WE TO A TOPOLOGICAL QUBIT?

Reproducibility Interviews: Karl Ziemelis, Nature Magazine

Reproducibility Interviews: Jessica Thomas, American Physical Society

Reproducibility Interviews: Brian Skinner

Documentary: Reproducibility in Condensed Matter Physics

How to Build a Quantum Computer

Panel: International practices of reproducibility and scientific integrity

Panel: Reproducibility and Integrity in Natural Sciences

Vincent Mourik: You uncovered unreliable research. What happens next?

Igor Mazin: The problem of reproducibility in computational and theoretical physics

Sergio Tapias (SciPost): Reproducible research and reformed publishing infrastructures

Henry Legg: Nonlocal conductance as a measure of topological superconducting phases

Charles Gould: Debunking the data behind the "Chiral Majorana fermion modes" claim

Stuart Brown: A long time to reset the course of research: The example of superconducting Sr2RuO4

James Hamlin: The importance of raw data in reproducible science

Majorana Fireside Chat: Denmark Edition

Tunneling Regime?

Lecture 2/2 - How can you tell the paper you are reading is legit?

Lecture 1/2 - How can you tell the paper you are reading is legit?

Full Concert || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 5 - Lesya Verba || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 3 - Tymur Mykhailov || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 6 - Michael Menard || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 4 - Lysenko || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 2 - Bortniansky || Ukraine: War and Culture - Concert at the University of Pittsburgh

Clip 1 || Ukraine: War and Culture - Concert at the University of Pittsburgh

Complete VSF Workshop - Does condensed matter physics need to worry about a replication crisis?

James Hamlin talks about Data Issues in High-Pressure Superconductivity Papers

Majorana Fireside Podcast Episode 2: Quantization (of conductance)

Majorana Fireside Podcast, Episode 1: The Microsoft TGP paper live review

Majorana Fireside Chats: Vincent Mourik and Sergey Frolov (April 2021)

Majorana Fermions in Nanowires

Introduction to Solid State Physics, Lecture 23: Quantum Computing Principles

Introduction to Solid State Physics, Lecture 22: Quantum Point Contacts and Coulomb Blockade

Introduction to Solid State Physics, Lecture 21: Physics of Two-Dimensional Systems

Introduction to Solid State Physics, Lecture 20: Superconducting Devices

Introduction to Solid State Physics, Lecture 19: Superconductivity Theory

Introduction to Solid State Physics, Lecture 18: Superconductivity Experiments

Introduction to Solid State Physics, Lecture 17: Mean Field Theories of Magnetism

Introduction to Solid State Physics, Lecture 16: Magnetic Order

Introduction to Solid State Physics, Lecture 15: Paramagnetism and Diamagnetism

Introduction to Solid State Physics, Lecture 14: Semiconductor Devices

Introduction to Solid State Physics, Lecture 13: Graphene and Carbon Nanotubes

Introduction to Solid State Physics, Lecture 12: Physics of Semiconductors

Introduction to Solid State Physics, Lecture 11: Band Structure of Electrons in Solids

Introduction to Solid State Physics, Lecture 10: Electron Waves in Crystals

Introduction to Solid State Physics, Lecture 9: Scattering Experiments (X-ray Diffraction)

Introduction to Solid State Physics, Lecture 8: Reciprocal Lattice

Introduction to Solid State Physics, Lecture 7: Crystal Structure

Introduction to Solid State Physics, Lecture 6: One-dimensional Tight Binding Model for Electrons

Introduction to Solid State Physics, Lecture 5: One-dimensional models of vibrations in solids

Introduction to Solid State Physics, Lecture 4: Drude and Sommerfeld Theories of Electrons in Solids

Introduction to Solid State Physics, Lecture 3: Einstein and Debye Models of a Solid

Introduction to Solid State Physics, Lecture 2: Basics of Quantum Mechanics

Introduction to Solid State Physics, Lecture 1: Overview of the Course

Espresso machine at Pitt Physics

Quantum Transport, Bonus: Introduction to Kwant

How to manipulate InSb nanowires