Vibeleaderboard

Aditya Grover

Viber rank932

Aditya Grover is co-founder and CTO of Inception and an assistant professor of computer science at UCLA. His research connects generative models and reinforcement learning with applications in science; earlier work includes node2vec for learning representations of networks.[1][3]

Start with node2vec →
Aditya Grover

Education

Stanford University

Ph.D., Computer Science

Completed 2020

[2]
Stanford University

M.S., Computer Science

Completed 2020

[2]
Indian Institute of Technology Delhi

B.Tech., Computer Science and Engineering

Completed 2015

[2]

Links

Website X LinkedIn Google Scholar

Assistant professor, Computer Science · University of California, Los Angeles

Co-founder and chief technology officer · Inception

Career

Grover studied at IIT Delhi and Stanford, then conducted postdoctoral research at UC Berkeley in 2020–2021. He joined UCLA in 2021 and leads its Machine Intelligence group. His current website also describes a year as a research scientist at Meta FAIR and his role developing diffusion language models at Inception.[2][1]

Contributions

node2vec, coauthored with Jure Leskovec, turns a graph into vectors that can be used by other learning methods. It samples biased random walks to create node neighborhoods, then learns representations that preserve those neighborhoods. Adjusting the walk balances exploration of nearby connections with more distant structural relationships. The paper evaluates classification and link-prediction tasks.[3]

Ideas

Grover’s research group studies how systems can reason and interact with limited supervision. His projects connect generative modeling to physical-world understanding and scientific applications, including weather forecasting. That combination gives practitioners a way to follow model research beyond conversational benchmarks.[1]

Tools, writing & talks

Writing, research & talks

  • Start here

    node2vecarxiv.org

    Biased random walks produce graph neighborhoods for learning node representations.

    Start with the random-walk diagram and the two controls on exploration. Basic graph and vector vocabulary helps; compare the downstream tasks before assuming one representation suits every network.

    Co-author[3]
References

Latest source check 2026-11-04

  1. [1] Aditya Grover: owned research biography and professional accounts

    aditya-grover.github.io · Checked 2026-11-04

  2. [2] IIT Delhi 2024 convocation: alumni award biography and education

    convocation.iitd.ac.in · Checked 2026-11-04

  3. [3] node2vec: Scalable Feature Learning for Networks

    arxiv.org · Checked 2026-11-04

  4. [4] Aditya Grover: UCLA faculty listing

    samueli.ucla.edu · Checked 2026-11-04

Aditya Grover | VibeLeaderboard