Cipher

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Videos	Duration	Published Date	Time	Views
Establishing the Target Identity via a Known Classical Identity Using Integration & Differentiation	3:27	1 Nisan	03:17	7
A Generating Function Identity Involving the Riemann Zeta Function	2:51	1 Nisan	02:29	8
Method 2: Simplifying a Definite Integral Using Algebraic Insight	1:32	1 Nisan	01:14	8
Method 2: Proving the Target Identity via the Gauss's Digamma theorem	2:03	1 Nisan	01:06	8
Proving the Target Identity via the Digamma Function’s Multiplication and Reflection Formulas	4:08	31 Mart	23:25	9
Evaluating an Improper Integral Using Feynman’s Favorite Technique	2:01	31 Mart	19:38	25
Method 3: Evaluating Indefinite Integrals with Elementary Methods	1:47	31 Mart	17:41	27
Simplifying a Definite Integral Using Algebraic Insight	2:51	31 Mart	16:42	39
Elementary Techniques for Solving Indefinite Integrals	1:39	31 Mart	15:45	35
Method 2: Elementary Techniques for Solving Indefinite Integrals	2:47	31 Mart	14:36	29
Method 2: Evaluating a Definite Integral Using Even–Odd Function Symmetry	3:17	31 Mart	12:11	42
Deriving Catalan’s Constant from an Improper Integral	2:07	31 Mart	02:26	41
A Generating Function Identity Involving the Riemann Zeta Function	2:11	31 Mart	00:41	47
Establishing the Target Identity via a Known Classical Identity Using Integration & Differentiation	3:16	30 Mart	23:54	37
How to Solve Indefinite Integrals Using Algebraic Manipulation	5:50	30 Mart	21:12	65
Definite Integral Evaluation Through Elementary Methods	1:34	8 Mart	02:56	6
Feynman’s Favorite Technique in Action: Evaluating a Definite Integral	5:52	8 Mart	01:49	12
Integration Techniques for Complex Sums: Beta/Gamma Functions and Legendre’s Duplication Formula	8:39	7 Mart	22:38	23
Combining an Unusual Technique with Elementary Tools to Evaluate a Definite Integral	4:13	7 Mart	17:25	42
Using Laplace Transform Techniques to Compute a Complex Definite Integral	4:37	7 Mart	15:21	50
Evaluating a Complex Definite Integral Using Multiple Techniques and Substitutions	8:02	7 Mart	06:14	83
Evaluating an Indefinite Integral with the World’s Sneakiest Substitution	2:52	7 Mart	01:57	16
Evaluating a Definite Integral Using Algebraic Manipulation and Integral Properties	7:26	7 Mart	01:34	12
Proving a Target Sum Involving Even‑Indexed Central Binomial Coefficients via a Classical Identity	3:06	6 Mart	21:16	41
Evaluating a Subtle Definite Integral Through Algebraic Techniques	2:40	6 Mart	17:49	45
Method 3: An Innovative Elementary Method for an Indefinite Integral	2:35	6 Mart	11:49	43
Evaluating Definite Integrals Using Elementary Methods	1:36	6 Mart	02:46	3
Computing Definite Integrals Using Fundamental Methods	1:36	6 Mart	02:15	12
Method 2: Indefinite Integral Evaluation Through Elementary Methods	3:02	5 Mart	22:03	24
Evaluating a Challenging Integral via Self‑Similar Substitution and the Dilogarithm	3:43	5 Mart	21:09	36
Proving the target identity involving central binomial coefficient using a well-know power series	2:49	5 Mart	19:42	49
Method 3: Evaluating a Definite Integral Through Algebraic Techniques and Elementary Methods	5:14	5 Mart	15:28	24
Evaluating an Improper Integral via Series Expansion and the Dirichlet Beta Function	2:40	5 Mart	04:21	57
Method 2: Evaluating a Definite Integral Through Algebraic Techniques and Elementary Methods	3:32	5 Mart	03:19	11
Evaluating a Definite Integral Through Algebraic Techniques and Elementary Methods	4:17	5 Mart	01:07	16
Resolving an Apparently Intractable Integral Using Dilogarithmic Techniques	5:28	4 Mart	22:17	37
Improper Integral Evaluation via Differentiation Under the Integral Sign	5:05	4 Mart	18:35	39
Proving the target identity involving central binomial coefficient using a well-know power series	2:10	4 Mart	14:42	38
Method 3: Evaluating Definite Integrals Using Elementary Methods	2:19	4 Mart	12:02	43
Method 2: Algebraic Techniques for Solving Definite Integrals	1:55	4 Mart	06:15	57
Method 2: Evaluating Definite Integrals Using Elementary Methods	3:39	4 Mart	05:42	56
Method 3: Algebraic Techniques for Solving Indefinite Integrals	2:37	4 Mart	04:24	36
A Classical Integral Approach to the Ancient Inequality π is less than 22/7	5:15	4 Mart	03:44	55
Method 2: Indefinite Integral Evaluation Through Elementary Methods	1:30	4 Mart	01:20	17
Proving a Complex Target Sum Involving the Central Binomial Coefficient Using Multiple Techniques	15:16	4 Mart	00:49	22
Method 2: Algebraic Techniques for Solving Indefinite Integrals	1:47	3 Mart	16:23	46
Method 2: Evaluating a Definite Integral via Elementary Methods	3:43	3 Mart	11:52	55
Indefinite Integral Evaluation Through Elementary Methods	1:37	3 Mart	04:07	77
Applying the Reverse Quotient Rule to Evaluate an Indefinite Integral	1:30	3 Mart	03:51	51
Method 2: Evaluating Indefinite Integrals with Elementary Methods	0:58	2 Mart	22:28	24
Evaluating Indefinite Integrals with Elementary Methods	1:43	2 Mart	16:40	32
Method 4: Evaluating Definite Integrals Using Elementary Methods	1:33	20 Şubat	18:00	18
Method 2: Problem 14, Qualifier Round — 2026 MIT Integration Bee	0:58	28 Ocak	15:02	35
Problem 2, Qualifier Round — 2026 MIT Integration Bee	0:58	28 Ocak	02:15	9
Method 3: Solving an Indefinite Integral with Fundamental Techniques	0:59	27 Ocak	14:04	20
Method 2: Solving an Indefinite Integral with Fundamental Techniques	0:58	27 Ocak	00:08	8
The Definite Integral That Tricks You at First Glance	0:48	22 Ocak	14:00	49
Cipher Live Stream	P0D	15 Ocak	04:46	0
Analytical Methods for Definite Integral Evaluation	2:11	12 Ocak	01:15	9
Method 2: Computing the Target Product via Basic Techniques	2:43	9 Ocak	19:32	26
Elementary Methods for Evaluating Target Product	1:57	7 Ocak	03:28	67
Method 4: Evaluating Improper Elementary Integrals: Essential Techniques for Beginners	0:58	2 Aralık	02:45	42
Evaluating Basic Indefinite Integrals for Beginners Using the Quotient Rule	0:59	8 Kasım	23:47	21
A Beginner’s Guide to Evaluating Indefinite Integrals	0:58	5 Kasım	21:15	11
Cracking Indefinite Integrals: Must-Know Techniques for Beginners	0:59	1 Kasım	03:56	49
The Silent Grace of Ramanujan’s Mathematical Mind	2:19	28 Ekim	21:16	22
Using the General Riemann Sum to Validate the Given Expression	2:10	24 Ekim	21:47	77