Lecture 8: What Investors Need to Know About Small-Modular and Microreactors // TRAIN BRAIN

Lecture 8: What Investors Need to Know About Small-Modular and Microreactors

MIT 22.04 Social Problems of Nuclear Energy, Fall 2025
Instructor: R. Scott Kemp
View the complete course: https://ocw.mit.edu/courses/22-04j-social-problems-of-nuclear-energy-fall-2025/
YouTube Playlist: https://www.youtube.com/playlist?list=PLEd-FHe0va8k
This lecture discusses new ideas in the area of nuclear power and their potential to be viable competitors to wind and solar, the potential for cost reduction by factory fabrication, and proposed electricity markets for microreactors.
License: Creative Commons BY-NC-SA
More information at https://ocw.mit.edu/terms
More courses at https://ocw.mit.edu
Support OCW at http://ow.ly/a1If50zVRlQ
We encourage constructive comments and discussion on OCW’s YouTube and other social media channels. Personal attacks, hate speech, trolling, and inappropriate comments are not allowed and may be removed. More details at https://ocw.mit.edu/comments.

MIT OpenCourseWare

A free and open online publication of educational material from thousands of MIT courses, covering the entire MIT curriculum, ranging from introductory to the most advanced graduate courses. On the OCW website, each course includes a syllabus, instruction...

Lecture 4: Smart Contracts as a Solution to a Coordination Problem

Lecture 10: Designs of Financial Infrastructure Utilizing Encryption

Lecture 7: Stochastic Financial Networks

Lecture 8: Mechanism Design and Incentives vs. Protocols and Notions of Trust

Lecture 3: Distributed Ledger as a Solution to an Information Problem

Lecture 6: Multilateral Trade Credit Set-off

Lecture 11: Algorithmic Game Theory

Lecture 1: Introduction to 14.129 Blockchain and Design of Financial Systems

Lecture 9: Modern Encryption: Key Concepts

Lecture 2: Blockchain as a Database

Lecture 5: Tokenized and Programmable Assets

Optimizing the Full Stack for Generative Image and Video Models

Lecture 4: The Capital Cost of Nuclear Power

Lecture 12: Introduction to Radiation Risk

Lecture 19: Why the Public Is Skeptical About Nuclear Power—a Way Forward

Lecture 6: Nuclear Reactor Cost Around the World and the Potential for Cost Reduction

Lecture 17: Nuclear Proliferation and the Nuclear Fuel Cycle — Part 2

Lecture 1: Introduction to 22.04 and the History of Nuclear Power

Lecture 11: Theory of Externalities and How Nuclear Power Is Regulated by the NRC

Lecture 2: Nuclear Technology 101

Lecture 3: How Should We Join Climate Change to Energy Policy?

Lecture 14: Is Nuclear Power Safe? Calculating the Number of Deaths Caused by Nuclear Accidents...

Lecture 13: The Linear No-Threshold Theory

Lecture 18: Do We Need Nuclear Power to Fix Climate Change—a Review of the Course’s Findings

Lecture 5: Can Nuclear Compete Given Decarbonization?

Lecture 8: What Investors Need to Know About Small-Modular and Microreactors

Lecture 9: How the Electric Grid Controls Progress on Decarbonization

Dress Rehearsal Rag - Between the Lines Things were Laid Bare

Limited Slip - The End

Rob Morris - Your Hope

Sarah Dupuis - New Song in Calculus

kc quilty - Clothes

Off White Noise - Weenie

Off White Noise - Moo’s so Great she could Probably be Science Fiction

Limited Slip - Broken Glass & Alibis

4. Strategy formulation - key internal factors

6. Operationalizing the strategy - key external factors; Major role of market experimentation...

3. Strategy formulation - the internet and the Web as major disruptive forces; Coming up with...

User-Developed Innovations in the Substance Use Disorder Space

Perspective on What It Takes to Be Successful as an Entrepreneur

Invistics Case Study: Drug Diversion

Thank you to our awesome YouTube subscribers

Could surveillance pricing be good for consumers?

The Blues-Print for Innovation

MIT Photographer explains one thing AI can never do

Lecture 4: Sedimentary Structures Produced by Sediment Transport

Lecture 1: Fluid Dynamics

Lecture 2: Mechanics of Sediment Transport

Lecture 3: Bed Forms

Lecture 4: Rationalizability

Lecture 3: Dominance

Lecture 19: Revenue Equivalence

Lecture 14: Folk Theorem

Lecture 12: Finitely Repeated Games

Lecture 18: Auctions

Lecture 1: Introduction to Individual Decision-Making

Lecture 2: Representation of Games

Lecture 21: Perfect Bayesian Equilibrium

Lecture 22: Signaling

Lecture 7: Zero-Sum Games

Lecture 17: Bayesian Nash Equilibrium: Applications

Lecture 20: Ad Auctions

Lecture 5: Nash Equilibrium

Lecture 15: Implicit Cartels

Auctions and the free market

From Bold Idea to Global Legacy: 25 Years of MIT OpenCourseWare

OCW @ 25: A Story in Motion

Learning Without Limits: How OCW Opens Opportunity for Curious Minds Worldwide

Knowledge Without Walls: MIT’s Ethos of Open

Catalysts of Open: Philanthropy’s Role in the Open Education Movement

The Future of MIT Open Education

Will AI negate the need for science photography?

From Bold Idea to Global Legacy: 25 Years of MIT OpenCourseWare Live Webcast

Lecture 21: Early Modern? The Ming in the 16th Century

Lecture 1: Introduction to China's History

Lecture 3: The Western Zhou

Lecture 23: The Qing through Qianlong

S7SE Special Episode: Collaborating with Community Colleges

MIT Economist Jon Gruber responds to YouTube comments

3: Deep Learning for Computer Vision – Building Convolutional Neural Networks from Scratch