Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Boltzmann Law course, spread across five weeks, offers students a unique perspective by culminating in three diverse fields. This is accomplished by utilizing various unifying concepts of the state-space featuring 2^N dimensions (N binary digits define them). The program is excellent for physics enthusiasts who enjoy the nuances of the world of physics and combine it with computing to achieve better results.
The Boltzmann Law certification syllabus takes students through statistical mechanics' seminal concepts. The training gives them a chance to explore the fundamentals of entropy, free energy, and the law of equilibrium. Furthermore, students can apply their learnings to enhance their understanding of interacting systems present in nature.
Indiana’s Purdue University, also known for delivering sophisticated courses with simplicity, offers this Boltzmann law training. The advanced program in engineering requires five to six hours of weekly study. The course provides students with greater precision with conceptual explanations and broadens their comprehension of the concepts. There are two modes for the candidates to pursue the course; paid and free. The paid mode will provide the learners with unlimited access and a certificate and the free mode will give a limited duration of access to the programme.
The Highlights
- Hands-on projects
- Five-week course
- Advanced level
- 100% online
- Purdue University offering
- Instructor-led on a pre-fixed course schedule
- Professional Certificate
- 5-6 hours of effort per week
- Engineering training
Programme Offerings
- Instructor-led course
- Pre-fixed schedule
- 100% Online
- 5-week course
- professional certificate
- Advanced level
- hands-on projects
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 69564 | yes | Purdue University, West Lafayette |
- Interested students can participate in the course for zero Boltzmann Law: Physics to Computing certification fee.
Boltzmann Law: Physics to the Computing fee structure:
Course | Fees in INR |
Boltzmann Law: Physics to Computing | Free |
Certification | â‚ą69,564 |
Eligibility Criteria
Students require an undergraduate degree in physical sciences or engineering, particularly in linear algebra and differential equations to pursue the Boltzmann Law: Physics to Computing by edX.
What you will learn
After completing the Boltzmann Law: Physics to Computing certification course, you will be able to:
- Explore the connection between three diverse fields by making use of the unifying concept of a state-space.
- Understand the mechanism of the working of Boltzmann machines.
- Apply the latest strategies to comprehend engineered quantum systems that prove useful in generating supreme computing power.
Who it is for
The course is ideal for individuals with an undergraduate degree in Physical Sciences and Engineering.
Admission Details
To apply for Boltzmann Law: Physics to Computing Certification, follow the steps listed below:
Step 1: Visit the official course website using this link: https://www.edx.org/course/boltzmann-law-physics-to-computing.
Step 2: Go through all the given details carefully and verify essential information like fee structure, course outcomes, duration, and syllabus. Once done, push the 'Apply Now' button readily available on the course page’s top right corner.
Step 3: The actions will take you to the edX account registration page. Here, fill in personal information, including contact details, country of origin, and program name.
Step 4: You can start learning. Make the certificate fee payment online.
Application Details
You do not need to fill any additional forms for the Boltzmann Law course. All you need to do is create an account/sign up on edX.
The Syllabus
- 1.1 State Space
- 1.2 Boltzmann Law
- 1.3 Shannon Entropy
- 1.4 Free Energy
- 1.5 Self-consistent Field
- 1.6 Summary for Exam 1
- 2.1. Sampling
- 2.2. Orchestrating Interactions
- 2.3. Optimization
- 2.4. Inference
- 2.5. Learning
- 3.1. Markov Chain Monte Carlo
- 3.2. Gibbs Sampling
- 3.3. Sequential versus Simultaneous
- 3.4. Bayesian Networks
- 3.5. Feynman Paths
- 3.6 Summary for Exam 2
- 4.1. Quantum Spins
- 4.2. One q-bit Systems
- 4.3. Spin-spin Interactions
- 4.4. Two q-bit Systems
- 4.5. Quantum Annealing
- 5.1. Adiabatic to Gated Computing
- 5.2. Hadamard Gates
- 5.3. Grover Search
- 5.4. Shor's Algorithm
- 5.5. Feynman Paths
- 5.6 Summary for Exam 3
Instructors
Purdue University, West Lafayette Frequently Asked Questions (FAQ's)
Once you register, you can create your credentials for logging in.
Yes. You can access the video transcripts for this course in English.
Lessons will be taught in English.
Learners can reach the course syllabus in the 'My course' section. These sections are present in the Student Zone.
No, once the certification fee is paid, edX will issue no refund under any circumstances.