Upcoming Events

Upcoming Events

Machine Learning in Physics
Wed, Sep 27, 2023, 4:30 pm

A new seminar hosted jointly between Physics and ORFE focusing on interdisciplinary work at the intersection of physics and machine learning.

What? A seminar series highlighting research on both physics-inspired approaches to understanding ML and the use of ML for physics applications

Location
Jadwin Hall A10
Speakers
Logical reasoning and Transformers
Mon, Oct 2, 2023, 4:30 pm

Abstract: Transformers have become the dominant neural network architecture in deep learning, in particular with the GPT language models. While they dominate in language and vision tasks, their performance is less convincing in so-called “reasoning” tasks. 

In this talk, we introduce the “generalization on the…

Location
214 Fine Hall
Speaker
Machine Learning in Physics
Wed, Oct 4, 2023, 4:30 pm

A new seminar hosted jointly between Physics and ORFE focusing on interdisciplinary work at the intersection of physics and machine learning.

What? A seminar series highlighting research on both physics-inspired approaches to understanding ML and the use of ML for physics applications

Location
Jadwin Hall A10
Speakers
Princeton Symposium on Biological & Artificial Intelligence
Thu, Oct 19, 2023

The Symposium will bring together neuroscientists and computer scientists at Princeton who work on problems cutting across the boundaries of biological and artificial intelligence systems.

Thursday, October 19, 2023 4PM-8PM             

Friday,…

Location
Princeton Neuroscience Institute
Machine Learning in Physics
Wed, Nov 1, 2023, 4:30 pm

A new seminar hosted jointly between Physics and ORFE focusing on interdisciplinary work at the intersection of physics and machine learning.

What? A seminar series highlighting research on both physics-inspired approaches to understanding ML and the use of ML for physics applications

Location
Jadwin Hall A10
Speakers
Machine Learning in Physics
Wed, Nov 15, 2023, 4:30 pm

A new seminar hosted jointly between Physics and ORFE focusing on interdisciplinary work at the intersection of physics and machine learning.

What? A seminar series highlighting research on both physics-inspired approaches to understanding ML and the use of ML for physics applications

Location
Jadwin Hall A10
Speakers
Machine Learning in Physics
Wed, Nov 29, 2023, 4:30 pm

A new seminar hosted jointly between Physics and ORFE focusing on interdisciplinary work at the intersection of physics and machine learning.

What? A seminar series highlighting research on both physics-inspired approaches to understanding ML and the use of ML for physics applications

Location
Jadwin Hall A10
Speakers

Events Archive

The Limits of the Quantitative Approach to Discrimination

Discrimination is obvious to the people facing discrimination. Given this, do we even need quantitative studies to test if it exists? Regardless of the answer, quantitative studies such as ProPublica’s “Machine Bias” have had a galvanizing effect on racial justice, especially in the context of automated decision-making. 

Location
East Pyne 010
Speaker
Data Visualization in Python

This workshop provides an introduction to effective data visualization in Python. The training focuses on three plotting packages: Matplotlib, Seaborn and Plotly. Examples may include simple static 1D plots, 2D contour maps, heat maps, violin plots, and box plots. The session may also touch on more advanced interactive plots.

A Language-Based Model of Organizational Identification Demonstrates How Within-Person Changes in Identification Relate to Network Position

Shifting attachments to social groups are a constant in the modern era.They are especially pronounced in the contemporary workplace. What accounts for variation in the strength of organizational identification?

Location
Aaron Burr Hall 219
Speaker
Introduction to Data Analysis using Python

This workshop will get students started in data analysis using the pandas Python package. It will briefly cover different components of data analysis and connect them with the goal of extracting meaning from data. We will go over an example to illustrate the data analysis process from beginning to end.

Princeton Data Science Coffee Chats

Princeton Data Science is hosting coffee chats on Saturday, October 1 and Sunday, October 2. Fill out the form below to be paired with a fellow student interested in data science and get free coffee at Small World Coffee. This is a great opportunity to receive or give mentorship, or simply meet other students who are interested in data science.

Introduction to Deep Learning with TensorFlow

Please join us for this intro to Deep Learning workshop. You'll learn about the basics of neural networks with diagrams and code examples in Keras, and work through tutorials to help you get started. You'll need a laptop and internet connection. There's nothing to install in advance, we'll use Colab for all examples. We'll cover the basics …

Fundamentals of Deep Learning for Multi-GPUs (9/27 and 9/28)

This 2-day workshop teaches you techniques for training deep neural networks on multi-GPU technology to shorten the training time required for data-intensive applications. 

Intro to Data Analysis using R

This workshop will get participants started in data analysis using R/RStudio. It will briefly cover different components of data analysis and connect them with the goal of extracting meaning from data. We will go over an example to illustrate the data analysis process from beginning to end.

Completing large low rank matrices with only few observed entries: A one-line algorithm with provable guarantees

Suppose you observe very few entries from a large matrix. Can we predict the missing entries, say assuming the matrix is (approximately) low rank ? We describe a very simple method to solve this matrix completion problem. We show our method is able to recover matrices from very few entries and/or with ill conditioned matrices, where many other popular methods fail. 

Location
Fine Hall
Speaker
New Results on Universal Dynamic Regret Minimization for Learning and Control

Universal dynamic regret is a natural metric for the performance of an online learner in nonstationary environments.  The optimal dynamic regret for strongly convex and exponential concave losses, however, had been open for nearly two decades. In this talk, I will cover some recent advances on this problem from my group that largely settled this open problem. 

Location
B205 Engineering Quad
Speaker