Канал: NiklasOPF

Shuaiqi Wang, Giulia Fanti: Statistic Maximal Leakage

Shuaiqi Wang, Giulia Fanti: Statistic Maximal Leakage

Reshmi Ghosh: 2024 SaTML LLM CTF Competition

Reshmi Ghosh: 2024 SaTML LLM CTF Competition

Advait Sarkar & Ian Drosos: It's like a rubber duck that talks back

Advait Sarkar & Ian Drosos: It's like a rubber duck that talks back

Guanhua Wang: Accelerating Model Checkpointing in Deep Learning

Guanhua Wang: Accelerating Model Checkpointing in Deep Learning

Twesh Upadhyaya: Noncommuting conserved charges

Twesh Upadhyaya: Noncommuting conserved charges

Matthew Hagan: Composite quantum simulations

Matthew Hagan: Composite quantum simulations

Michael Lubasch: Classically optimized Hamiltonian simulation

Michael Lubasch: Classically optimized Hamiltonian simulation

Ceren Dag: Many-body quantum chaos

Ceren Dag: Many-body quantum chaos

Eberhard Klempt: 50 Years of QCD

Eberhard Klempt: 50 Years of QCD

Jie You: Optimizing GPU Energy Consumption of DNN Training

Jie You: Optimizing GPU Energy Consumption of DNN Training

Ruixiang Tang: Detecting LLM-Generated Texts

Ruixiang Tang: Detecting LLM-Generated Texts

Martin Savage: Quantum simulation of fundamental particles and forces

Martin Savage: Quantum simulation of fundamental particles and forces

Alexandre Deur: Artificial Dynamical Effects in Quantum Field Theory

Alexandre Deur: Artificial Dynamical Effects in Quantum Field Theory

Roland Farrell: Preparations for Quantum Simulations of QCD

Roland Farrell: Preparations for Quantum Simulations of QCD

Ruth Durrer: Testing General Relativity with Cosmological Large Scale Structure

Ruth Durrer: Testing General Relativity with Cosmological Large Scale Structure

Vladimir Dzhunushaliev: Quantization of Measure in Gravitation

Vladimir Dzhunushaliev: Quantization of Measure in Gravitation

Andrea Oldofredi: The evolution of Bohm’s ontological reflections in the 1950s

Andrea Oldofredi: The evolution of Bohm’s ontological reflections in the 1950s

Carla Rodrigues Almeida: Analogue gravity and the Hawking effect

Carla Rodrigues Almeida: Analogue gravity and the Hawking effect

Claudio Paganini: No Events on Closed Causal Curves

Claudio Paganini: No Events on Closed Causal Curves

Jerome Quintin: Initial singularity and extendibility of spacetimes

Jerome Quintin: Initial singularity and extendibility of spacetimes

Chris Stevens: Toward fixing a framework for CCC

Chris Stevens: Toward fixing a framework for CCC

Anselme Tueno: Quantum-safe TLS in Database Applications

Anselme Tueno: Quantum-safe TLS in Database Applications

Anton Sheykin: Universal Constants as Manifestations of Relativity

Anton Sheykin: Universal Constants as Manifestations of Relativity

Stephen Adler: Black holes and gravastars

Stephen Adler: Black holes and gravastars

Ángel González Prieto (v2): On character varieties of singular manifolds

Ángel González Prieto (v2): On character varieties of singular manifolds

João Luís Rosa: Traversable wormholes in quadratic gravity

João Luís Rosa: Traversable wormholes in quadratic gravity

Nicolás Francisco Lori: Darwinian standard model of physics

Nicolás Francisco Lori: Darwinian standard model of physics

Filip Rozpędek: Quantum repeaters based on quantum codes

Filip Rozpędek: Quantum repeaters based on quantum codes

Michal Krelina: Quantum technology for military applications

Michal Krelina: Quantum technology for military applications

Murtaza Jafry: Interacting Fractons in 2+1-Dimensional QFT

Murtaza Jafry: Interacting Fractons in 2+1-Dimensional QFT

Ángel González Prieto (v1): Quantization of algebraic invariants through QFTs

Ángel González Prieto (v1): Quantization of algebraic invariants through QFTs

Randy Kuang: Quantum encryption with QPP

Randy Kuang: Quantum encryption with QPP

Francesco Paesani: Modelling the phase diagram of water

Francesco Paesani: Modelling the phase diagram of water

Román Orús: Variational quantum non-orthogonal optimization

Román Orús: Variational quantum non-orthogonal optimization

David Trillo: Quantum advantages for transportation tasks

David Trillo: Quantum advantages for transportation tasks

Ali Ayatollah Rafsanjani: Double-slit experiment to distinguish quantum interpretations

Ali Ayatollah Rafsanjani: Double-slit experiment to distinguish quantum interpretations

Anirban Chowdhury: Quantum Hamiltonian complexity in thermal equilibrium

Anirban Chowdhury: Quantum Hamiltonian complexity in thermal equilibrium

Julian Leonard: Fractional quantum Hall states

Julian Leonard: Fractional quantum Hall states

Daiwei Zhu: Proofs of quantumness

Daiwei Zhu: Proofs of quantumness

Danylo Lykov: Quantum approximate optimization algorithm

Danylo Lykov: Quantum approximate optimization algorithm

John Martinis: Josephson phase qubit quantum processors

John Martinis: Josephson phase qubit quantum processors

Jelmer Renema: Quantum simulation of thermodynamics

Jelmer Renema: Quantum simulation of thermodynamics

Guy Cohen: Stochastic representation of many-body quantum states

Guy Cohen: Stochastic representation of many-body quantum states

Nicolò Defenu: Entanglement propagation and dynamics in non-additive quantum systems

Nicolò Defenu: Entanglement propagation and dynamics in non-additive quantum systems

James Cai: Quantum gene regulatory networks

James Cai: Quantum gene regulatory networks

Hamidreza Siampour: Broken-symmetry slow-light waveguides

Hamidreza Siampour: Broken-symmetry slow-light waveguides

Pradeep Niroula: A quantum algorithm for string matching

Pradeep Niroula: A quantum algorithm for string matching

Shai Machnes: Machine learning for quantum computing

Shai Machnes: Machine learning for quantum computing

Nitin Jain: Continuous Variable QKD

Nitin Jain: Continuous Variable QKD

Laurent de Forges de Parny: Quantum Information Networks (part 2)

Laurent de Forges de Parny: Quantum Information Networks (part 2)

Priyanka Mukhopadhyay: Synthesizing quantum circuits

Priyanka Mukhopadhyay: Synthesizing quantum circuits

Laurent de Forges de Parny: Quantum Information Networks (part 1)

Laurent de Forges de Parny: Quantum Information Networks (part 1)

Pavel Hrmo: Trapped ion quantum computing

Pavel Hrmo: Trapped ion quantum computing

Marta Estarellas: Analog Quantum Computing

Marta Estarellas: Analog Quantum Computing

Mathieu Bozzio: Quantum weak coin flipping

Mathieu Bozzio: Quantum weak coin flipping

Lorcan Conlon: Approaching optimal entangling collective measurements on quantum computing platforms

Lorcan Conlon: Approaching optimal entangling collective measurements on quantum computing platforms

Paul Chammas: Enabling quantum security with QuRisk

Paul Chammas: Enabling quantum security with QuRisk

F# Tutorial: Mutually recursive types

F# Tutorial: Mutually recursive types

F# Tutorial: Recursive types

F# Tutorial: Recursive types

F# Tutorial: The Return function in computation expressions

F# Tutorial: The Return function in computation expressions

Koen Bertels: Perfect Intermediate-Scale Quantum computing.

Koen Bertels: Perfect Intermediate-Scale Quantum computing.

F# Tutorial: The Bind function in computation expressions

F# Tutorial: The Bind function in computation expressions

F# Tutorial: Understanding the need for computation expressions

F# Tutorial: Understanding the need for computation expressions

F# Tutorial: Continuations

F# Tutorial: Continuations

F# Tutorial: Introducing flexible types

F# Tutorial: Introducing flexible types

F# Tutorial: When automatic upcasting does not work

F# Tutorial: When automatic upcasting does not work

F# Tutorial: Enums vs Discriminated unions

F# Tutorial: Enums vs Discriminated unions

Ed Heinbockel: Harnessing AI and quantum technologies

Ed Heinbockel: Harnessing AI and quantum technologies

F# Tutorial: Specifying default parameters for records

F# Tutorial: Specifying default parameters for records

F# Tutorial: Implementing interfaces with records

F# Tutorial: Implementing interfaces with records

F# Tutorial: Automatic upcasting

F# Tutorial: Automatic upcasting

F# Tutorial: Type tests via pattern matching

F# Tutorial: Type tests via pattern matching

F# Tutorial: Upcasting types to the "obj" type

F# Tutorial: Upcasting types to the "obj" type

F# Tutorial: Exception handling with the Result type

F# Tutorial: Exception handling with the Result type

F# Tutorial: Introducing the Choice type

F# Tutorial: Introducing the Choice type

F# Tutorial: Using the Array.collect function

F# Tutorial: Using the Array.collect function

Matthew White: Building collective intelligence for public safety

Matthew White: Building collective intelligence for public safety

F# Tutorial: Using the Array.choose function

F# Tutorial: Using the Array.choose function

F# Tutorial: Using the inbox.Scan method of the MailboxProcessor class

F# Tutorial: Using the inbox.Scan method of the MailboxProcessor class

Michael Marthaler: The power of quantum simulations

Michael Marthaler: The power of quantum simulations

F# Tutorial: using the inbox.DefaultTimeout property of the MailboxProcessor class

F# Tutorial: using the inbox.DefaultTimeout property of the MailboxProcessor class

F# Tutorial: Using the inbox.QueueLength property of the MailboxProcessor class

F# Tutorial: Using the inbox.QueueLength property of the MailboxProcessor class

F# Tutorial: When to use the do! keyword

F# Tutorial: When to use the do! keyword

F# Tutorial: Introducing the actor model

F# Tutorial: Introducing the actor model

F# Tutorial: Ignoring asynchronous returns

F# Tutorial: Ignoring asynchronous returns

F# Tutorial: Introducing Async

F# Tutorial: Introducing Async

F# Tutorial: Using the List.takeWhile function

F# Tutorial: Using the List.takeWhile function

F# Tutorial: Using the List.scan function

F# Tutorial: Using the List.scan function

F# Tutorial: Using the List.distinctBy function

F# Tutorial: Using the List.distinctBy function

F# Tutorial: Using the List.mapFold function

F# Tutorial: Using the List.mapFold function

F# Tutorial: Using the List.foldBack function

F# Tutorial: Using the List.foldBack function

F# Tutorial: Using the List.fold function

F# Tutorial: Using the List.fold function

F# Tutorial: Accessing the elements in a tuple

F# Tutorial: Accessing the elements in a tuple

F# Tutorial: Manipulating events with event combinators

F# Tutorial: Manipulating events with event combinators

F# Tutorial: Removing event handlers

F# Tutorial: Removing event handlers

F# Tutorial: Passing parameters to event listeners

F# Tutorial: Passing parameters to event listeners

John Peurifoy: Managing large crypto transactions

John Peurifoy: Managing large crypto transactions

F# Tutorial: Introducing Events

F# Tutorial: Introducing Events

F# Tutorial: Why currying is useful

F# Tutorial: Why currying is useful

Karol Gawron: bards.ai and ML consulting

Karol Gawron: bards.ai and ML consulting

F# Tutorial: Currying part 2

F# Tutorial: Currying part 2

F# Tutorial: Currying part 1

F# Tutorial: Currying part 1

F# Tutorial: Copy and update records part 2

F# Tutorial: Copy and update records part 2

Transferring between Option types in F#

Transferring between Option types in F#

Copy and update records in F#

Copy and update records in F#

Thomas Wood: Unlocking business synergies with NLP

Thomas Wood: Unlocking business synergies with NLP

Checking criteria on string characters in F#

Checking criteria on string characters in F#

Iterating over F# lists using List.iter

Iterating over F# lists using List.iter

Summing the elements of an F# list using List.sum

Summing the elements of an F# list using List.sum

Initialising F# lists using the List.init function

Initialising F# lists using the List.init function

Sorting lists in F#

Sorting lists in F#

Parv Prabhakar: Tokenising real estate with Estate Protocol

Parv Prabhakar: Tokenising real estate with Estate Protocol

Splitting F# lists using List.partition

Splitting F# lists using List.partition

Boolean criteria on F# sting characters

Boolean criteria on F# sting characters

Modifying the characters in an F# string

Modifying the characters in an F# string

Creating data fallbacks in F# with Option.orElse

Creating data fallbacks in F# with Option.orElse

Concatenating F# lists

Concatenating F# lists

Splitting an F# list in two

Splitting an F# list in two

Filtering lists in F#

Filtering lists in F#

Using the Array.filter function in F#

Using the Array.filter function in F#

Using the Option.filter function in F#

Using the Option.filter function in F#

Finding the most extreme value in an F# array

Finding the most extreme value in an F# array

Options vs nullables in F#

Options vs nullables in F#

Extracting the value inside an option type in F#

Extracting the value inside an option type in F#

Object expressions in F#

Object expressions in F#

Abstract classes vs interfaces in F#

Abstract classes vs interfaces in F#

Abstract base classes in F#

Abstract base classes in F#

Overriding inherited methods in F#

Overriding inherited methods in F#

Comparing F# and C# inheritance

Comparing F# and C# inheritance

The quote parameter inside the CsvFile.Load

The quote parameter inside the CsvFile.Load

Reading CSV files in F#

Reading CSV files in F#

Matching array elements in f# - part 2

Matching array elements in f# - part 2

Matching array elements in F# - part 1

Matching array elements in F# - part 1

Introduction to interfaces in F#

Introduction to interfaces in F#

Combining discriminated unions and records in F#

Combining discriminated unions and records in F#

Placing DO statements inside classes in F#

Placing DO statements inside classes in F#

Constructors in F# classes

Constructors in F# classes

Using the Array.fold function in F#

Using the Array.fold function in F#

Using the Array.distinct function in F#

Using the Array.distinct function in F#

Using the Array.exists function in F#

Using the Array.exists function in F#

Using the Array.tryExactlyOne function in F#

Using the Array.tryExactlyOne function in F#

Using the Array.zip function in F#

Using the Array.zip function in F#

Overloaded methods in F#

Overloaded methods in F#

Classes with static members in F#

Classes with static members in F#

Classes with input parameters in F#

Classes with input parameters in F#

Introduction to classes in F#

Introduction to classes in F#

Dictionaries in F#

Dictionaries in F#

DateTime object initialisation in F#

DateTime object initialisation in F#

Unit type in F#

Unit type in F#

Type abbreviations in F#

Type abbreviations in F#

Active patterns in F#

Active patterns in F#

Indexing arrays in F#

Indexing arrays in F#

Initialising arrays with zeros in F#

Initialising arrays with zeros in F#

Arrays with function-based initialisation in F#

Arrays with function-based initialisation in F#

Introducing arrays in F#

Introducing arrays in F#

Discriminated unions in F#

Discriminated unions in F#

do bindings in F#

do bindings in F#

Enumerations in F#

Enumerations in F#

Generics in F#

Generics in F#

Lists in F#

Lists in F#

Option types in F#

Option types in F#

Immutability in F#

Immutability in F#

Match statements in F#

Match statements in F#

Recursive functions in F#

Recursive functions in F#

Function composition in F#

Function composition in F#

Passing functions to functions in F#

Passing functions to functions in F#

Script files in F#

Script files in F#

Introducing functions in F#

Introducing functions in F#

Risk neutral probability measure simplified

Risk neutral probability measure simplified

The Hull-White model

The Hull-White model

Quadratic Variation for Brownian Motions

Quadratic Variation for Brownian Motions

Intuitive physics learning in a deep-learning model inspired by developmental psychology

Intuitive physics learning in a deep-learning model inspired by developmental psychology

Europe's plan to foster AI development

Europe's plan to foster AI development

ITP - Interface Theory of Perception

ITP - Interface Theory of Perception

You will never know anything for certain

You will never know anything for certain

GATO: Token embedding and sequencing

GATO: Token embedding and sequencing

GATO: An introduction

GATO: An introduction

When should agents explore? | DeepMind research paper

When should agents explore? | DeepMind research paper

Proper Value Equivalence: Simplifying Model-based RL

Proper Value Equivalence: Simplifying Model-based RL

Consciousness and the Collapse of the Wave Function | Part 2

Consciousness and the Collapse of the Wave Function | Part 2

Consciousness and the Collapse of the Wave Function: Part 1

Consciousness and the Collapse of the Wave Function: Part 1

Reward Is Enough | Artificial Intelligence Research Analysis

Reward Is Enough | Artificial Intelligence Research Analysis

Expected Eligibility Traces | Research Paper Analysis

Expected Eligibility Traces | Research Paper Analysis

Meta-gradient reinforcement learning with an objective discovered online | Research Article

Meta-gradient reinforcement learning with an objective discovered online | Research Article

Discovering reinforcement learning algorithms | Deepmind Research Paper

Discovering reinforcement learning algorithms | Deepmind Research Paper

Discovery of Useful Questions as Auxiliary Tasks | Google Research Paper

Discovery of Useful Questions as Auxiliary Tasks | Google Research Paper

The Value-Improvement Path: Towards Better Representations for Reinforcement Learning (A Review)

The Value-Improvement Path: Towards Better Representations for Reinforcement Learning (A Review)

Prioritized experience replay | Google DeepMind Research Paper | Issues with Reinforcement Learning

Prioritized experience replay | Google DeepMind Research Paper | Issues with Reinforcement Learning

Reformer: The Efficient Transformer (A Review) || U.C. Berkeley & Google Research Paper

Reformer: The Efficient Transformer (A Review) || U.C. Berkeley & Google Research Paper

Substance Dualism | NiklasOPF

Substance Dualism | NiklasOPF

Integrated Information Theory 2021 || University of Wisconsin Research Paper

Integrated Information Theory 2021 || University of Wisconsin Research Paper

Continuous Control with Deep Reinforcement Learning || Cornell University Research Paper

Continuous Control with Deep Reinforcement Learning || Cornell University Research Paper

Human-level control through deep reinforcement learning - Details || NiklasOPF

Human-level control through deep reinforcement learning - Details || NiklasOPF

Human-level control through deep reinforcement learning - Intro || NiklasOPF

Human-level control through deep reinforcement learning - Intro || NiklasOPF

Human-level control through deep reinforcement learning - Results || NiklasOPF

Human-level control through deep reinforcement learning - Results || NiklasOPF

Human-level control through deep reinforcement learning - Intro || NiklasOPF

Human-level control through deep reinforcement learning - Intro || NiklasOPF

DPGA - Theory 2

DPGA - Theory 2

DPGA - Examples

DPGA - Examples

DPGA - Theory 1

DPGA - Theory 1

DPGA - Introduction

DPGA - Introduction