Experiment 1.08: Buoyancy, Diego Castano
Diego Castano

Experiment 2.06: Series RC dc-Circuit, Diego Castano, Victor Castro
Diego Castano

Experiment 2.05: Wheatstone Bridge, Diego Castano
Diego Castano

Experiment 2.03: Ohm’s Law, Diego Castano, Victor Castro
Diego Castano

Experiment 2.04: Kirchhoff’s Laws, Diego Castano, Andrew Kiene
Diego Castano

Experiment 1.05: Energy, Diego Castano, Victor Castro
Diego Castano

Experiment 2.01: Coulomb’s Law, Diego Castano
Diego Castano

Experiment 1.10: Standing Waves on Strings, Diego Castano
Diego Castano

Experiment 1.07: Torque, Diego Castano
Diego Castano

Experiment 1.09: The Simple Pendulum, Diego Castano
Diego Castano

Experiment 2.02: Electric and Potential Fields, Diego Castano
Diego Castano

Aspects of radiative electroweak breaking in the minimal supersymmetric extension of the standard model, Diego Castano
Diego Castano

Experiment 1.06: Momentum, Diego Castano, Andrew Kiene
Diego Castano

Experiment 1.04: Newton's 2nd Law, Diego Castano
Diego Castano

Experiment 1.03: Acceleration Due to Gravity: Inclined Surface, Diego Castano
Diego Castano

Experiment 2.10: Lenses, Diego Castano, Victor Castro
Diego Castano

Experiment 2.09: Reflection and Refraction, Diego Castano, Victor Castro
Diego Castano

Experiment 2.08: Series RLC ac-Circuit, Diego Castano, Victor Castro
Diego Castano

Experiment 2.07: Magnetic Field of the Earth, Diego Castano, Victor Castro
Diego Castano

Self-inductance and Magnetic Flux, Diego Castano, Teresa M. Castano
Diego Castano

Self-inductance and Magnetic Flux, Diego Castano, Teresa M. Castano
Chemistry and Physics Faculty Articles

Experiment 2.10: Lenses, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.07: Magnetic Field of the Earth, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.08: Series RLC ac-Circuit, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.09: Reflection and Refraction, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.01: Coulomb’s Law, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.03: Ohm’s Law, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.02: Electric and Potential Fields, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.06: Series RC dc-Circuit, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.04: Kirchhoff’s Laws, Diego Castano, Andrew Kiene
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 2.05: Wheatstone Bridge, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.09: The Simple Pendulum, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.10: Standing Waves on Strings, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.01: Measurement, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.03: Acceleration Due to Gravity: Inclined Surface, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.06: Momentum, Diego Castano, Andrew Kiene
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.05: Energy, Diego Castano, Victor Castro
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.08: Buoyancy, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.07: Torque, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.04: Newton's 2nd Law, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

Experiment 1.02: Acceleration Due to Gravity: Vertical Drop, Diego Castano
Physics Lab Experiments with Simulated Data for Remote Delivery

A Practical, Quantitative Electrostatics Experiment, Bryan K. Armentrout, Diego Castano
Diego Castano

A Practical, Quantitative Electrostatics Experiment, Bryan K. Armentrout, Diego Castano
Chemistry and Physics Faculty Articles

The Physics of Moving Bodies, Diego Castano
Chemistry and Physics Faculty Articles

The Physics of Moving Bodies, Diego Castano
Diego Castano

Aerosol Analysis with the Coastal Zone Color Scanner: A Simple Method for Including Multiple Scattering Effects, Howard R. Gordon, Diego Castano
Diego Castano

Basic Neuron Model Electrical Equivalent Circuit: An Undergraduate Laboratory Exercise, Katie Dabrowski, Diego Castano, Jaime L. Tartar
Diego Castano

"Metaplectons" and Fractional Statistics, Diego Castano
Diego Castano

Challenging Weak-Scale Supersymmetry at Colliders, Greg W. Anderson, Diego Castano
Diego Castano

Coastal Zone Color Scanner Atmospheric Correction Algorithm: Multiple Scattering Effects, Howard R. Gordon, Diego Castano
Diego Castano

Coastal Zone Color Scanner Atmospheric Correction: Influence of El Chichon, Howard R. Gordon, Diego Castano
Diego Castano

Aspects of Radiative Electroweak Breaking in the Minimal Supersymmetric Extension of the Standard Model, Diego Castano
Diego Castano

Basic Theory and Experiments in Physics, Diego Castano, David Simon
Diego Castano

Motion: Truth or Convention, Diego Castano
Diego Castano

Top-Quark and Higgs-Boson Mass Bounds from a Numerical Study of Supersymmetric Grand Unified Theories, Haukur Arason, Diego Castano, Bettina Kesthelyi, Samuel Mikaelian, Eric J. Piard, Pierre Ramond, Brian D. Wright
Diego Castano

Truth and the Improbability of Being, Diego Castano
Diego Castano

Constraints on the Minimal Supergravity Model from Non-Standard Vacua, Howard Baer, Michal Brhlik, Diego Castano
Diego Castano

Consequences of Supergravity with Gauged U(1)R Symmetry, Diego Castano, D. Z. Freedman, C. Manuel
Diego Castano

Renormalization Group Study of the Standard Model and its Extensions: The Minimal Supersymmetric Standard Model, Diego Castano, E. J. Piard, P. Raymond
Diego Castano

b→Sγ Constraints on the Minimal Supergravity Model with Large tanβ, Howard Baer, Michal Brhlik, Diego Castano, Xerxes Tata
Diego Castano

Measure of Fine Tuning, Greg W. Anderson, Diego Castano
Diego Castano

Naturalness Lowers the Upper Bound on the Lightest Higgs boson Mass in Supersymmetry, Greg W. Anderson, Diego Castano, Antonio Riotto
Diego Castano

Renormalization-Group Study of the Standard Model and its Extensions: The Standard Model, H. Arason, Diego Castano, B. Kesthelyi, S. Mikaelian, E. J. Piard, P. Ramond, B. D. Wright
Diego Castano

Chapter 1: Physics Overview of Solar Energy, Diego Castano
Diego Castano

Conicoid Mirrors, Diego Castano, Lawrence Carl Hawkins
Diego Castano

Mass and Mixing-Angle Patterns in the Standard Model and its Minimal Supersymmetric Extension, H. Arason, Diego Castano, E. J. Piard, P. Ramond
Diego Castano

Discrete Symmetries and Isosinglet Quarks in Low-Energy Supersymmetry, Diego Castano, Stephan P. Martin
Diego Castano

Naturalness and Superpartner Masses or When to Give Up on Weak Scale Supersymmetry, Greg W. Anderson, Diego Castano
Diego Castano

Can a Road-Driven Car Outrace a Free-Falling Car?, Diego Castano
Diego Castano

Truth and the Improbability of Being, Diego Castano
CAHSS Intellectual Conversations

Motion: Truth or Convention, Diego Castano
CAHSS Intellectual Conversations

Chapter 1: Physics Overview of Solar Energy, Diego Castano
Chemistry and Physics Faculty Books and Book Chapters

Basic Neuron Model Electrical Equivalent Circuit: An Undergraduate Laboratory Exercise, Katie Dabrowski, Diego Castano, Jaime L. Tartar
Chemistry and Physics Faculty Articles

Can a Road-Driven Car Outrace a Free-Falling Car?, Diego Castano
Chemistry and Physics Faculty Articles

Conicoid Mirrors, Diego Castano, Lawrence Carl Hawkins
Chemistry and Physics Faculty Articles

Basic Theory and Experiments in Physics, Diego Castano, David Simon
Chemistry and Physics Faculty Books and Book Chapters

b→Sγ Constraints on the Minimal Supergravity Model with Large tanβ, Howard Baer, Michal Brhlik, Diego Castano, Xerxes Tata
Chemistry and Physics Faculty Articles

Naturalness Lowers the Upper Bound on the Lightest Higgs boson Mass in Supersymmetry, Greg W. Anderson, Diego Castano, Antonio Riotto
Chemistry and Physics Faculty Articles

Constraints on the Minimal Supergravity Model from Non-Standard Vacua, Howard Baer, Michal Brhlik, Diego Castano
Chemistry and Physics Faculty Articles

Consequences of Supergravity with Gauged U(1)R Symmetry, Diego Castano, D. Z. Freedman, C. Manuel
Chemistry and Physics Faculty Articles

Aspects of radiative electroweak breaking in the minimal supersymmetric extension of the standard model, Diego Castano
Chemistry and Physics Faculty Books and Book Chapters

Naturalness and Superpartner Masses or When to Give Up on Weak Scale Supersymmetry, Greg W. Anderson, Diego Castano
Chemistry and Physics Faculty Articles

Challenging Weak-Scale Supersymmetry at Colliders, Greg W. Anderson, Diego Castano
Chemistry and Physics Faculty Articles

Measure of Fine Tuning, Greg W. Anderson, Diego Castano
Chemistry and Physics Faculty Articles

Discrete Symmetries and Isosinglet Quarks in Low-Energy Supersymmetry, Diego Castano, Stephan P. Martin
Chemistry and Physics Faculty Articles

Renormalization Group Study of the Standard Model and its Extensions: The Minimal Supersymmetric Standard Model, Diego Castano, E. J. Piard, P. Raymond
Chemistry and Physics Faculty Articles

Aspects of Radiative Electroweak Breaking in the Minimal Supersymmetric Extension of the Standard Model, Diego Castano
Chemistry and Physics Faculty Articles

Mass and Mixing-Angle Patterns in the Standard Model and its Minimal Supersymmetric Extension, H. Arason, Diego Castano, E. J. Piard, P. Ramond
Chemistry and Physics Faculty Articles

Renormalization-Group Study of the Standard Model and its Extensions: The Standard Model, H. Arason, Diego Castano, B. Kesthelyi, S. Mikaelian, E. J. Piard, P. Ramond, B. D. Wright
Chemistry and Physics Faculty Articles

Top-Quark and Higgs-Boson Mass Bounds from a Numerical Study of Supersymmetric Grand Unified Theories, Haukur Arason, Diego Castano, Bettina Kesthelyi, Samuel Mikaelian, Eric J. Piard, Pierre Ramond, Brian D. Wright
Chemistry and Physics Faculty Articles

"Metaplectons" and Fractional Statistics, Diego Castano
Chemistry and Physics Faculty Articles

Aerosol Analysis with the Coastal Zone Color Scanner: A Simple Method for Including Multiple Scattering Effects, Howard R. Gordon, Diego Castano
Chemistry and Physics Faculty Articles

Coastal Zone Color Scanner Atmospheric Correction: Influence of El Chichon, Howard R. Gordon, Diego Castano
Chemistry and Physics Faculty Articles

Coastal Zone Color Scanner Atmospheric Correction Algorithm: Multiple Scattering Effects, Howard R. Gordon, Diego Castano
Chemistry and Physics Faculty Articles