Skip to primary content
Skip to secondary content

in theory

"Marge, I agree with you – in theory. In theory, communism works. In theory." — Homer Simpson

in   theory

Main menu

  • Home
  • About
  • LaTeX to WordPress
    • Download
    • LaTeX2WP Example
    • Using LaTeX2WP
  • Lecture Notes

Tag Archives: Ran Canetti

Ran Canetti on Obfuscation and New Assumptions

Posted on July 6, 2015 by luca
Reply

Ran Canetti has written a post on the Berkeley Simons Institute blog concerning new assumptions used in recent cryptographic work on problems such as obfuscation, and concerning how the theory community should view such work.

Posted in politics, theory | Tagged cryptography, multi-linear maps, obfuscation, Ran Canetti | Leave a reply
Follow in theory on WordPress.com

Recent Comments

  • B. on Workshop on Fairness in AI
  • abc def on Workshop in Milan Next Week
  • luca on Workshop in Milan Next Week
  • abc def on Workshop in Milan Next Week
  • Workshop in Milan Next Week | in theory on STOC 2022, and other theory events

Recent Posts

  • Workshop on Fairness in AI
  • Workshop in Milan Next Week
  • The First XL Computer Scientist
  • STOC 2022, and other theory events
  • Renato Capocelli (1940-1992)

Archives

Categories

  • Additive Combinatorics
  • Apple
  • ARV
  • average-case complexity
  • Avi Wigderson
  • Ben Green
  • CCA security
  • Cheeger inequality
  • circuit lower bounds
  • Conceptual contributions
  • covid-19
  • cryptography
  • CS254 2010
  • Dan Spielman
  • eigenvalues
  • eigenvectors
  • Expanders
  • Fields Medal
  • FOCS 2006
  • FOCS 2010
  • Graph Isomorphism
  • Hard-Core Sets
  • ICM 2006
  • Integrality gap
  • Jean Bourgain
  • jobs
  • Laplacian
  • LaTeX in WordPress
  • Leonid Levin
  • linear programming
  • Luby-Rackoff
  • MAC
  • Max Cut
  • maximum flow
  • Metric embeddings
  • Moses Charikar
  • Natural Proofs
  • Notices of the AMS
  • Oded Goldreich
  • online optimization
  • Paul Erdos
  • PCP
  • Proposition 8
  • pseudorandom function
  • Pseudorandomness
  • pseudorandom permutation
  • public-key encryption
  • quadratic residue
  • Random Oracle Model
  • random walks
  • Regularity Lemma
  • RSA
  • Russell Impagliazzo
  • safety
  • SAT
  • semidefinite programming
  • signature schemes
  • Silvio Micali
  • sparsest cut
  • spectral graph theory
  • Spectral partitioning
  • Stephen Colbert
  • STOC and FOCS
  • stochastic block model
  • Szemeredi Theorem
  • Tamar Ziegler
  • Terence Tao
  • things that are excellent
  • things that are terrible
  • Tim Gowers
  • Turing Centennial
  • unique games
  • World Cup
  • Zero Knowledge
  • zig-zag product

Top Posts

  • Online Optimization Post 1: Multiplicative Weights
  • Lecture Notes
  • Talagrand's Generic Chaining
  • Workshop on Fairness in AI
  • Online Optimization Post 3: Follow the Regularized Leader
  • The Riemann hypothesis for graphs
  • CS294 Lecture 6: Higher-order Cheeger Inequality
  • CS359G Lecture 3: Cheeger's inequality
  • CS276 Lecture 19: Trapdoor Permutations
  • CS359G Lecture 17: The Zig-Zag Product

math

  • Doron Zeilberger
  • Terry Tao
  • Tim Gowers

non-theory

  • Bitch PhD
  • The Peking Duck
  • Unfogged

theory

  • 3D Pancakes
  • Complexity Blog
  • Geomblog
  • Informatics Weekly
  • James Lee
  • My Biased Coin
  • my slice of pizza
  • Oded Goldreich
  • Process Algebra Diary
  • Richard Lipton
  • Shtetl Optimized
  • Theory Matters

Recent Comments

B. on Workshop on Fairness in A…
abc def on Workshop in Milan Next We…
luca on Workshop in Milan Next We…
abc def on Workshop in Milan Next We…
Workshop in Milan Ne… on STOC 2022, and other theory…

math

  • Doron Zeilberger
  • Terry Tao
  • Tim Gowers

non-theory

  • Bitch PhD
  • The Peking Duck
  • Unfogged

theory

  • 3D Pancakes
  • Complexity Blog
  • Geomblog
  • Informatics Weekly
  • James Lee
  • My Biased Coin
  • my slice of pizza
  • Oded Goldreich
  • Process Algebra Diary
  • Richard Lipton
  • Shtetl Optimized
  • Theory Matters

Archives

Categories

  • Additive Combinatorics
  • Apple
  • ARV
  • average-case complexity
  • Avi Wigderson
  • Ben Green
  • CCA security
  • Cheeger inequality
  • circuit lower bounds
  • Conceptual contributions
  • covid-19
  • cryptography
  • CS254 2010
  • Dan Spielman
  • eigenvalues
  • eigenvectors
  • Expanders
  • Fields Medal
  • FOCS 2006
  • FOCS 2010
  • Graph Isomorphism
  • Hard-Core Sets
  • ICM 2006
  • Integrality gap
  • Jean Bourgain
  • jobs
  • Laplacian
  • LaTeX in WordPress
  • Leonid Levin
  • linear programming
  • Luby-Rackoff
  • MAC
  • Max Cut
  • maximum flow
  • Metric embeddings
  • Moses Charikar
  • Natural Proofs
  • Notices of the AMS
  • Oded Goldreich
  • online optimization
  • Paul Erdos
  • PCP
  • Proposition 8
  • pseudorandom function
  • Pseudorandomness
  • pseudorandom permutation
  • public-key encryption
  • quadratic residue
  • Random Oracle Model
  • random walks
  • Regularity Lemma
  • RSA
  • Russell Impagliazzo
  • safety
  • SAT
  • semidefinite programming
  • signature schemes
  • Silvio Micali
  • sparsest cut
  • spectral graph theory
  • Spectral partitioning
  • Stephen Colbert
  • STOC and FOCS
  • stochastic block model
  • Szemeredi Theorem
  • Tamar Ziegler
  • Terence Tao
  • things that are excellent
  • things that are terrible
  • Tim Gowers
  • Turing Centennial
  • unique games
  • World Cup
  • Zero Knowledge
  • zig-zag product

Top Posts

  • Online Optimization Post 1: Multiplicative Weights
  • Lecture Notes
  • Talagrand's Generic Chaining
  • Workshop on Fairness in AI
  • Online Optimization Post 3: Follow the Regularized Leader
  • The Riemann hypothesis for graphs
  • CS294 Lecture 6: Higher-order Cheeger Inequality
  • CS359G Lecture 3: Cheeger's inequality
  • CS276 Lecture 19: Trapdoor Permutations
  • CS359G Lecture 17: The Zig-Zag Product
Blog at WordPress.com.
  • Follow Following
    • in theory
    • Join 607 other followers
    • Already have a WordPress.com account? Log in now.
    • in theory
    • Customize
    • Follow Following
    • Sign up
    • Log in
    • Report this content
    • View site in Reader
    • Manage subscriptions
    • Collapse this bar