How to solve ANY Rubik's Cube and 3x3 Blindfolded

Introduce Rubik's cube notations and one-layer moves, such as F, f, F', B, U, D, R, L with primes, and explain clockwise and anticlockwise rotations.

Identify the three piece types: centerpieces, two-colored edges, and corners, and note the cube’s six centers, eight corners, twelve edges with white opposite yellow and red opposite orange.

Form the white cross by connecting each white edge to its center color, blue, orange, green, and red, using careful layer moves and simple edge flips.

Position the white corners between the white face and three centers, completing the second step of solving the cube by moving upper-layer corners into their vertical position with case-based moves.

Identify unsolved middle-layer edges in the upper layer, align them with the correct centers, and insert each edge between its centers to complete the middle layer.

Learn to form the yellow cross on the upper layer after solving the first two layers by recognizing L, line, and dot cases and applying the correct algorithms.

Learn to solve the yellow face of a 3x3 rubik's cube by completing the white cross and handling cases with zero to two yellow corners using up and prime algorithms.

Place the yellow corners by ensuring each sits between centers. Tackle two cases: two corners sharing a color on the same side, or none match; use back and prime moves.

Master solving the four yellow edges after completing the yellow corners by applying case-based edge placements and clockwise or anticlockwise rotations.

Walks through solving a Rubik's cube: build the cross on the bottom, connect edges to centers, solve corners, then complete the middle layer and finish the cube.

Master smart strategies for solving the 3x3 Rubik's cube by tackling white corners and edges with targeted corner and edge algorithms.

Learn to solve the rubik's cube 3x3 by handling twisted-corner cases, using cross setup and white-on-front edges, releasing into a layer, and applying a one-step algorithm to finish efficiently.

Discover funny tricks for a Rubik's Cube, including rotating sides and undoing moves to return the cube to its original state, great for showing friends.

Explore the 2L method and the idea of solving the Rubik's Cube by reducing the puzzle with a white cross, then linking edges and corners in a single step.

Set up the cube by placing the corner in the upper layer. Find the orange and green edge and align it with the corner in the upper layer.

Decouple the corner and edge in the upper layer to separate them for the next step. Move the edge away, lift the corner, and keep the opposite side solved.

Master alignment case 1 by pairing the corner and edge and inserting them together without decoupling, using the front white sticker and blue center as guides.

Explore alignment case 2 in the 3x3 blindfolded method, learning to position the white corner and its edge between green and orange centers and insert the connected pair.

This lecture covers alignment case 3, the easiest case. It shows connecting the white corner and edge to their centers with an opposite-direction rotation, preparing to orient the last layer.

learn the orient last layer (oll) approach to finish the yellow face after solving the first two layers, using a permutation file and beginner algorithms.

learn to orient the last layer (oll) by recognizing dot, l, and line cases, apply algorithms to form the cross, and master seven cross cases and corner orientation.

Master pll permute last layer techniques to solve the cube after forming the yellow face, using five algorithms to position edges and corners efficiently.

Master the advanced Rubik's cube method with Ferris Thuillier by smart setup, decoupling edges and corners, and using efficient corner-first algorithms to solve quickly.

Walk through solving the Rubik's Cube, focusing on the white cross, upper-layer corners and edges, and connecting corners to the center.

Learn the five algorithms for solving a Rubik's cube blindfolded, and understand how they involve edges and corners.

Master Rubik's cube notations for edges and corners in blindfolded solving, using two-letter edge codes and three-letter corner codes to describe exact stickers.

Demonstrate conjugate and set up moves to solve edges and corners in blindfolded Rubik's Cube, using T, G, Y, and R perms and addressing parity with related algorithms.

Master the buffer and target approach to solve Rubik's cube edges and corners, using conjugate and conduit moves to place pieces between centers.

Master solving the edges of a Rubik's Cube blindfolded by using buffer edges and fixed targets, inserting each edge between correct centers without disturbing other pieces.

Master flipped edges in the Rubik's cube by targeting the front left edge, applying setup moves, and returning the edge to its original orientation.

Position the corners using a buffer zone, target stickers, and setup moves to insert each corner between the correct centers in the blindfolded method.

Twisty corners are corners in the right place but twisted, like flipped edges; the lecture teaches targeting the yellow sticker and using buffer moves to fix orientation.

learn to break into a new cycle by solving the buffer, identifying edge positions, and applying targeted moves to place pieces between correct stickers, advancing the solve.

Identify parity by counting edge and corner targets in a blindfolded Rubik's Cube. Then solve all edges or all corners before continuing, using rotations to maintain progress.

Solve a scramble in walk-through part 1 by identifying target corners and edges, using a buffer piece, breaking cycles, and tracking parity.

Walk through part 2 guides solving the Rubik's Cube by recalling corners and edges, practicing with an algorithm file, performing guided moves, and undoing steps toward a blindfolded solve.

Learn the basic notations for the 2x2x2 Rubik's cube, including R, R', L, L', U, U', D, D', F, F', B, B', and their relation to 3x3 notation.

Learn to form the white face by starting with the white cross, then place white corners from the upper layer using basic algorithms while aligning colors.

Learn to solve the yellow face on a 3x3 rubik's cube after the white face, covering corner cases and sequence moves to position and orient four yellow stickers.

Solve the final step by positioning two adjacent yellow corners on the same side, then apply the two known 3x3 algorithms to complete the cube.

Learn to orient the last layer (oll) of a Rubik's cube using seven cases and one-move solutions, guided by video description files that list each case.

Execute the pll permute last layer method by handling cases with adjacent or opposite corners, rotating the upper layer until two corners align, then apply prime moves to finish.

Master the y-perm algorithm for 3x3 blindfolded solving, which swaps two corners and two edges, enabling corner-only permutation during a blindfolded Rubik's Cube solve.

Solve a 3x3 Rubik's Cube blindfolded by placing the yellow-green-red corner, using a sticker-numbering system (1-24) to memorize pieces, and performing cycle breaks to reach the white perm solution.

Explain notations for the 4x4 cube: use capital letters for outer layer moves and lowercase for the two middle layers, with primes indicating the opposite direction, plus examples.

The lecture compares 3x3x3 and 4x4x4 Rubik's cubes, explains that 4x4 has no fixed centers and uses four center pieces with two-piece edges, and shows solving centers first by color.

Solve the first two centers on a 4x4 Rubik's cube by connecting white centerpieces and aligning the yellow center, using the right down and upper left positions.

Master solving the remaining 3x3 centers by locating optimal blue-centered blocks, positioning each center next to its neighbors, and using two-layer moves to connect upper and lower centers before proceeding.

Pair edge pieces on a 3x3 Rubik's cube by locating white-red edges, aligning them diagonally, and applying a pairing algorithm to connect and solve edges.

Demonstrate pairing edges in the upper layer by positioning yellow-blue and other color pairs diagonally, connecting them with the algorithm, and managing garbage to complete edge pairs.

Align orange-blue and orange-green edges in a single line, then perform the described D prime rotations to solve the last two edges of the revenge cube.

Learn to solve the first two layers of a Rubik's cube by building the white cross, inserting white corners, and completing the middle layer edges, using standard three-by-three steps.

learn to diagnose yellow cross parity on a 3x3 cube, where a single edge flips, and apply a sequence of moves to restore the yellow cross before solving the cube.

Master the yellow face of the rubik's cube by solving cases with one or two corners, position the solved corner to the left, and apply prime moves to advance.

Locate two corners with the same color on one side, place them on the back, and apply the appropriate algorithm to align yellow corners.

Master yellow edges by applying clockwise or anticlockwise edge algorithms, completing the remaining parity case after solving corners, and progressing toward solving the whole 3x3 cube.

explains yellow edge parity case 1 on a 3x3 cube, solving opposite or adjacent unsolved edges with the same algorithm, using a front-back orientation.

Learn the yellow edge parity case 2 on the 3x3 rubik's cube by resolving two adjacent mispaired edges with a specific sequence and anticlockwise rotations, finishing the parity step.

Explore notations and an intro to solving the five by five Rubik's cube, focusing on nine centerpieces, three-piece edges, and similarities to the four by four.

Apply the line swapping algorithm to swap lines, sweep lines, and change lines with adjacent lines by lifting, twisting, and rotating lines using up and down moves.

Learn to solve the first center of a five-by-five Rubik's cube by forming three lines through the fixed white center and connecting them to the upper layer.

Learn to solve the second center on a five-by-five Rubik's Cube by aligning center lines and using front-right and upper-left moves to insert the center into the upper layer.

learn to solve the third and fourth centers of a 5x5 cube by aligning white and yellow centers and connecting stickers with algorithms.

Execute the last two centers on the five by five cube by aligning stickers at the front and left, then apply algorithms to minimize green and red stickers across layers.

Learn to solve the last two centers of a 3x3 by using a line-swap strategy that minimizes misfit stickers, swapping two-piece lines and sweeping pieces through the center to finish.

Demonstrate the first edge pairing case on 5x5 and 4x4 Rubik's cubes by locating two connected edges, inserting the third, keeping centers intact, and addressing parity.

Pair edge pieces by matching white and red, then white and blue, using three sides to solve three-edge connections while managing garbage and aligning the center in blindfolded edge pairing.

Master the three-edge pairing stage by solving and pairing the last three edges, placing pieces on the back or right side, and bringing them up.

Learn to solve the last two edges by using the algorithm to position orange and green edges on the up layer, then apply moves like U and U' to finish.

Demonstrate solving the last two edges by swapping positions using the same algorithm twice, aligning pieces with white and green and white and blue to complete the last step.

Explore edge parity in solving the Rubik's Cube and learn a small trick to avoid parity, while noting parity may still occur.

Learn to avoid parity on a 3x3 by using a specific algorithm to connect white and blue edges with different colors facing you, ensuring no parity appears during edge pairing.

Learn to solve the first two layers of a 3x3 rubik's cube by forming the white cross, solving white-edge pairs, and correctly placing the first-layer corners and adjacent edges.

Explain solving the last layer of a five-by-five cube by forming the cross, positioning corners, and orienting pieces with clockwise rotations.

introduces cube notations and a beginner approach to solving various sizes from 2x2 to 20x20, explains setup for even-sized cubes like 4x4 and 6x6, and discusses parities.

learn the line swapping algorithm to swap lines on six-by-six (and five-by-five) cubes by rotating an upper-face line, bringing it down, and repeating to change the center line.

Begin by choosing a layer and solving the white center, forming lines by connecting four stickers, rotating and swapping pieces to finish the first center.

Learn to solve the second center of the six by six Rubik's Cube by forming and connecting lines of stickers, starting with white opposite to halo.

Continue solving the centers of a 6x6 Rubik's cube by forming and aligning lines with stickers, completing the third and fourth centers, then preparing for the remaining steps.

Finish the last two centers on a 6x6 cube by swapping lines to maximize red and green pieces, then use prime moves and layer techniques to align the stickers.

Learn edge pairing on the 6x6 Rubik’s cube by locating three solved pieces, linking the fourth edge, and using four-by-four and five-by-five techniques to resolve parity.

Learn pairing edges on larger cubes by connecting edges in various configurations, including 4x4 and 5x5 cases, using one-move connections and holding the center to solve edge groups.

Learn how to pair edges on a 3x3 Rubik's cube, align pieces in the upper layer, solve centers, and manage parity to connect all pieces.

Learn the last two edges algorithms for a 3x3 Rubik's Cube blindfolded, using the same methods as the 5x5, with four pieces and yellow, red, white, and orange placements.

Master solving the last two edges by pairing edge pieces with setup moves, using a swabbing algorithm to swap edges, and resolve parity in the five by five case.

explore parity on large cubes from five by five to seven by seven, and apply the same parity algorithm—via the Alvarez method—to flip edges and solve two-layer parity.

Build the white cross and align edges with centers, then solve the first two layers by placing edges and corners, applying the cliff edge algorithm to handle parity and twists.

Explain yellow cross parity on the 6x6 Rubik's cube, including h parity and a second parity like in four by four, with flipped edges.

Master the pll permute last layer on a 3x3 rubik's cube by guiding corner pairing, edge placement, clockwise rotations, and parity cases.

Master the yellow edge parity on even cubes and use the same parity algorithm as the four by four to resolve adjacent or opposite edge cases on larger cubes.