No video

Mathematics of Life Seminar Series: Randomness, Complexity, and the Biological Frontier

  Рет қаралды 27

Northwestern Engineering

Northwestern Engineering

2 ай бұрын

Pankaj Mehta argues that one possible strategy for taming biological complexity is to embrace the idea that many biological behaviors we observe are “typical” and can be modeled using random systems that respect biologically-inspired constraints. He focuses on showing how this approach can be used to make close connection with experiments by presenting three vignettes focusing on: theory-inspired techniques for visualizing single-cell transcriptomics data for cellular identity, understanding how the interplay between cross-feeding and competition shapes microbial ecosystems, and the emergence of chaos in the ecosystems with non-reciprocal interaction.

Пікірлер
Active Fractal Networks with Stochastic Force Monopoles and Force Dipoles
54:44
Northwestern Engineering
Рет қаралды 138
Operator Learning: Algorithms, Analysis and Applications
1:04:33
Northwestern Engineering
Рет қаралды 149
路飞太过分了,自己游泳。#海贼王#路飞
00:28
路飞与唐舞桐
Рет қаралды 42 МЛН
ТЫ С ДРУГОМ В ДЕТСТВЕ😂#shorts
01:00
BATEK_OFFICIAL
Рет қаралды 10 МЛН
The Potential for AI in Science and Mathematics - Terence Tao
53:05
Oxford Mathematics
Рет қаралды 98 М.
Denis Noble explains his revolutionary theory of genetics | Genes are not the blueprint for life
14:33
Mark Mills: The Grand Nexus: Information, Materials, Energy (Dean's Seminar Series)
1:06:26
Nature's Incredible ROTATING MOTOR (It’s Electric!) - Smarter Every Day 300
29:37
How the Krebs cycle powers life and death - with Nick Lane
55:59
The Royal Institution
Рет қаралды 342 М.
Does this sound illusion fool you?
24:55
Veritasium
Рет қаралды 908 М.
The Greenwich Meridian is in the wrong place
25:07
Stand-up Maths
Рет қаралды 708 М.
What Is an AI Anyway? | Mustafa Suleyman | TED
22:02
TED
Рет қаралды 1,3 МЛН
The Biggest Gap in Science: Complexity
18:46
Sabine Hossenfelder
Рет қаралды 339 М.