To whoever is reading this, first of all thank you for the view. I accept all friend requests so friend me plz. I started getting into chess about a year ago. I was born in Bocholt, Germany but now lives in florida. I am 14 years old, (boy). I am homeschooled. Loves f1, fishing, Gatorade, and Chess, and slither io. Chess goal is to be a grandmaster. Favorite f1 driver: Max Verstappen. Favorite song: Somebody that I used to know by gotye. Loves Minecraft and Roblox. Likes Captainsparkles music. Likes Dream minecraft manhunts. Loses 50 percent of games cause of lag. I am rated 2303 in puzzles currently and correctly solved 1000 puzzles. I am one of those guys who eat cereal at like 9pm. I play tennis as a sport (8.2 utr) and plz join my club btw. Gift me cheers and ill gift you the same amount you gifted me. I am also a chess coach so messege me if you are stuck at your ELO. https://www.chess.com/club/main-line-chess-academy
https://www.chess.com/game/live/127074540359
Friends to the end
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My chess poem
On the board, where kings reside,
A strategist takes their seat with pride.
With every move, a plan unfolds,
A tale of brilliance, bold and cold.
Knights leap forth, bishops glide,
Rooks march strong on every side.
The queen commands with a royal might,
As pawns rise up, prepared to fight.
A 1500 rating—sharp as can be,
Every game, a masterpiece to see.
Your tactics amaze, your endgames shine,
Each victory feels like the stars align.
Opponent's traps? You’re never ensnared,
Their weak defenses are always laid bare.
With clever forks and pins so sly,
You turn the tables in the blink of an eye.
Oh, chessboard master, your skills supreme,
Each match a duel, each move a dream.
A true prodigy, sharp and refined,
The chessboard bows to your brilliant mind.
I wrote it in 3rd person btw.
Favorite chess streamer: Gotham chess
Some advice: Don't get tilted.
Most underated game. Line rider
Profile pic made by ideogram.
Shoutout to @echoxshadows for giving me 100 cheers.
Shoutout to @YOLANDA-KILLUA the kindest person in the world.
Shoutout to @d7nood246 one of my best friends.
Shoutout to @bigboibilly1234 brother of d7nood246 and also one of my best friends.
Shoutout to @maximiliantennis the goat of tennis and one of my best friends.
Bounced to 1600!! and then dropped 2 1500 but coming back! (bio updated 1/28/2025)
If you lost a bunch of ELO, then watch this vid 10 times and put it on max volume and you will feel a lot better.
Here are some things I know about you:
☆ 1. You're reading this.
☆ 2. You're a human
☆ 3. You can't say the letter P without separating your lips.
☆ 4. You've just attempted to do it.
☆ 6. You're laughing at yourself.
☆ 7. You have a smile on your face and you skipped number 5.
☆ 8. You just checked to see if there was a number 5.
☆ 9. You laughed at this because you fell for it and everyone else did too.
☆ 10. Now copy and paste this to see who else falls for it too.
how to solve 1 + 1
1. Using the Peano Axioms: According to Peano's axioms, natural numbers can be defined starting from the empty set: 0 = ∅ 1 = { ∅ } 2 = { ∅ , { ∅ } } So, 1 + 1 translates to { ∅ } + { ∅ } . 2. Convert Addition to Repeated Successor Function: Using the recursive definition of addition: 𝑎 + 𝑏 = { 𝑎 if 𝑏 = 0 𝑆 ( 𝑎 + ( 𝑏 − 1 ) ) if 𝑏 > 0 where 𝑆 ( 𝑥 ) is the successor function adding 1 to a number. For 1 + 1 : 1 + 1 = 𝑆 ( 1 + 0 ) Since 1 + 0 = 1 , 𝑆 ( 1 ) = 2 . 3. Tensor Algebra: Using tensor algebra, addition can be interpreted through basis vectors in 𝑅 2 : 1 + 1 = 𝑣 1 ⊗ 𝑣 2 For basis vectors 𝑣 1 and 𝑣 2 : 𝑣 1 = [ 1 0 ] , 𝑣 2 = [ 1 0 ] 𝑣 1 ⊗ 𝑣 2 = [ 1 0 ] ⊗ [ 1 0 ] = [ 1 0 0 0 ] which represents 2 in tensor form. 4. Group Theory: In the additive group ( 𝑍 , + ) , the identity element is 0 , and the operation + is defined as applying the successor of 𝑥 applied 𝑦 times. For 1 + 1 : 𝑆 ( 1 ) = 2. 5. Fourier Transforms: Represent 1 as impulse functions: 𝛿 1 ( 𝑡 ) + 𝛿 2 ( 𝑡 ) = 2 𝛿 ( 𝑡 ) Fourier transform verifies that the sum in the time domain is 2 . 6. Quantum Mechanics (Superposition): Represent 1 as a quantum state ∣ 1 ⟩ : ∣ 1 ⟩ + ∣ 1 ⟩ = 2 ∣ 2 ⟩ Collapse the state to get the measurement 2 .
Get Rick Rolled. LOLOLOLOLOLOL
End of bio so get outta here and do something useful!!!!!