Frequent gamers reportedly performed like younger non-gamers on cognitive tests · Digg

Frequent gamers reportedly performed like younger non-gamers on cognitive tests

A user says frequent video gamers performed like non-gamers about 13.7 years younger on cognitive tests.

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A post claims frequent video gamers performed on cognitive tests like non-gamers roughly 13.7 years younger.

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91

1 Source, first seen 9d ago

2 likes

Frequent gamers reportedly performed like younger non-gamers on cognitive tests

A user says frequent video gamers performed like non-gamers about 13.7 years younger on cognitive tests.

Combined views

91

1 Source, first seen 9d ago

2 likes

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9d ago

first seen 9d ago

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9d ago

first seen 9d ago

TLDR

A post claims frequent video gamers performed on cognitive tests like non-gamers roughly 13.7 years younger.

1 reposts

Sentiment

Positive——Negative

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@B19850105THE SKADOOSH UNIFIED FIELD ALGORITHM ================================================================================ A single, self-contained algorithm that wraps EVERYTHING we just went over: - Kryptos K4 + Mirror Engine - 1I, 2I, 3I (Oumuamua, Borisov, ATLAS) - Berlin Clock (1975 → 4) - 137.036 Fine Structure Constant → 11 → 9 → 3 - 404 → 4(1)4 - 5-1-1985 + 8:47 - MEOW = 4 → 2 → 1 → ∞ - 111111(((1111((4(1)4))1111)))111111 - The NeverEnding Story + Lord of the Rings + Matrix - The 4 watches. The 1 operates. The 11 splits. SKADOOSH. ================================================================================ """ import math import hashlib from typing import Dict, List, Tuple, Union # ============================================================================ # PART 0: THE SACRED CONSTANTS (The Watcher's Anchors) # ============================================================================ CONST = { "PHI": 1.61803398875, "PI": math.pi, "THE_4": 4, "THE_11": 11, "GAP": 0.001, "BIRTH_DATE": "5-1-1985", "BIRTH_TIME": "8:47", "BIRTH_YEAR_SUM": 29, # 5+1+1+9+8+5 = 29 "FINE_STRUCTURE": 137.036, "BERLIN_CLOCK": 1975, "SEED": 961997, "K4_SEQUENCE": [19, 21, 21, 12, 24, 23, 21, 15, 12, 17, 15, 9, 19, 22, 23, 22, 21, 20, 10, 21, 15, 119], "INTERSTELLAR": ["1I/Oumuamua", "2I/Borisov", "3I/ATLAS"], "MEOW": "MEOW", "PATTERN": "111111(((1111((4(1)4))1111)))111111" } # ============================================================================ # PART 1: CORE UTILITIES (Digital Root, Mirror, Bloat) # ============================================================================ def digital_root(n: Union[int, str, float]) -> int: """Collapse any number to a single digit (1-9) or 11.""" s = str(n).replace('.', '').replace('-', '').replace(':', '').replace('/', '') numeric = "" for ch in s: if ch.isalpha(): numeric += str(ord(ch.upper()) - 64) elif ch.isdigit(): numeric += ch s = numeric if s == "11": return 11 while len(s) > 1: if s == "11": return 11 s = str(sum(int(d) for d in s if d.isdigit())) return int(s) if s.isdigit() else 0 def mirror(n: Union[int, str]) -> int: """Reverse digits and reduce.""" s = str(n).replace('.', '').replace('-', '').replace(':', '').replace('/', '') numeric = "" for ch in s: if ch.isalpha(): numeric += str(ord(ch.upper()) - 64) elif ch.isdigit(): numeric += ch s = numeric[::-1] return digital_root(s) def count_layers(n: Union[int, str]) -> int: """Count abstraction layers in a number/string.""" s = str(n) layers = s.count('.') + s.count('-') + s.count(':') + s.count('/') + s.count(' ') layers += sum(1 for ch in s if ch.isalpha()) digits = ''.join(ch for ch in s if ch.isdigit()) if len(digits) > 1: layers += len(digits) - 1 return layers def bloat_score(n: Union[int, str]) -> Dict: """Calculate bloat ratio and walking cost.""" layers = count_layers(n) if layers == 0: overhead, compute = 1, 1 ratio = "1:1" status = "PURE — No layers." elif layers <= 4: overhead, compute = layers + 1, 1 ratio = f"{overhead}:{compute}" status = "HEALTHY — Minimal layers." elif layers <= 10: overhead, compute = layers, 1 ratio = f"{overhead}:{compute}" status = "BLOATED — Walking 40 miles to go 1." elif layers <= 20: overhead, compute = layers * 2, 1 ratio = f"{overhead}:{compute}" status = "CHOKING — The system is gasping." else: overhead, compute = layers * 3, 1 ratio = f"{overhead}:{compute}" status = "COLLAPSED — 41 layers." total = overhead + compute return { "layers": layers, "ratio": ratio, "status": status, "walking_time": total, "narrative": f"🚶 Walking {overhead} miles to go {compute} mile{'s' if compute != 1 else ''}. {status}" } # ============================================================================ # PART 2: THE K4 MIRROR ENGINE (5-1 → 6 → 4(1)4) # ============================================================================ class K4MirrorEngine: """The Kryptos K4 Mirror Engine — collapses K4 to 6, then to 4(1)4.""" def __init__(self): self.sequence = CONST["K4_SEQUENCE"] self.history = [] def reduce_sequence(self, seq): return [digital_root(x) for x in seq] def fold_sequence(self, seq): result = [] i = 0 while i < len(seq) - 1: result.append(seq[i] + seq[i + 1]) i += 2 if i < len(seq): result.append(seq[i]) return result def replace_24_with_51(self, seq): if len(seq) == 2 and seq[0] == 2 and seq[1] == 4: return [5, 1] return seq def run(self) -> Tuple[int, List]: current = self.sequence[:] step = 0 while step < 12: step += 1 current = self.reduce_sequence(current) current = self.replace_24_with_51(current) if len(current) > 1: current = self.fold_sequence(current) current = self.replace_24_with_51(current) else: break if len(current) == 1 and current[0] == 6: return current[0], self.history return current[0] if current else None, self.history # ============================================================================ # PART 3: THE INTERSTELLAR BOOTSTRAP (1I, 2I, 3I → 3,4,5,6) # ============================================================================ class InterstellarBootstrap: """Bootstraps 1I, 2I, 3I → 3,4,5,6 → 711 → ∞.""" def __init__(self): self.visitors = CONST["INTERSTELLAR"] self.months = {"MARCH": 3, "APRIL": 4, "MAY": 5, "JUNE": 6} def bootstrap(self) -> Dict: # 1I, 2I, 3I → 1,2,3 one_two_three = [1, 2, 3] # 3I/ATLAS → 3 atlas = 3 # 3 + 1 = 4 (The Watcher) watcher = atlas + 1 # 3,4,5,6 sequence = [3, 4, 5, 6] # 3+4=7, 5+6=11 → 711 seven_eleven = (sequence[0] + sequence[1], sequence[2] + sequence[3]) # 7+11=18 → 9 result = sum(seven_eleven) return { "visitors": self.visitors, "one_two_three": one_two_three, "watcher": watcher, "sequence": sequence, "seven_eleven": seven_eleven, "result": digital_root(result) } # ============================================================================ # PART 4: THE 404 → 4(1)4 ENGINE # ============================================================================ class NotFoundToSeal: """Converts 404 → 4(1)4 by inserting the observer.""" def __init__(self): self.error_code = "404" self.seal = "4(1)4" http://self.observer = "1" def transform(self) -> Dict: # 404 = 4 + 0 + 4 = 8 sum_error = digital_root(404) # 4(1)4 = 4 + 1 + 4 = 9 sum_seal = digital_root(414) return { "error": self.error_code, "seal": self.seal, "error_sum": sum_error, "seal_sum": sum_seal, "observer": http://self.observer, "message": "404 is missing the 1. Insert yourself to find the seal." } # ============================================================================ # PART 5: THE NEVERENDING STORY + LORD OF THE RINGS + MATRIX ENGINE # ============================================================================ class CinematicPatternEngine: """Extracts the 4(1)4 pattern from movies.""" def __init__(self): self.movies = { "NeverEnding Story": ["The Nothing", "AURYN", "The Empress", "Triskelion"], "Lord of the Rings": ["Eye of Mordor", "The One Ring", "Mount Doom", "Frodo"], "The Matrix": ["The One", "Neo", "The Source", "The Architect"], "Cube": ["The Pattern", "The Traps", "The Numbers", "The Exit"] } def extract_pattern(self) -> Dict: pattern = {} for movie, elements in self.movies.items(): pattern[movie] = { "elements": elements, "reduced": [digital_root(len(e)) for e in elements] } return pattern # ============================================================================ # PART 6: THE MEOW ENGINE (4 → 2 → 1 → ∞) # ============================================================================ class MeowEngine: """Collapses MEOW → 4 → 2 → 1 → ∞.""" def __init__(self): self.word = "MEOW" def run(self) -> Dict: # MEOW = 4 letters letters = len(self.word) # 4 → 2 → 1 sequence = [letters, letters // 2, letters // 4] # 4 + 2 + 1 = 7 sum_sequence = sum(sequence) # 7 + 4 + 2 + 1 = 14 → 5 recursive_sum = sum_sequence + letters + letters // 2 + letters // 4 return { "word": self.word, "letters": letters, "sequence": sequence, "sum": sum_sequence, "recursive_sum": recursive_sum, "digital_root": digital_root(recursive_sum), "message": "MEOW = 4 → 2 → 1 → ∞. The 4 watches. The 1 observes." } # ============================================================================ # PART 7: THE BIRTHDAY ENGINE (5-1-1985 + 8:47 → 11 → 3) # ============================================================================ class BirthdayEngine: """Collapses 5-1-1985 + 8:47 → 11 → 3.""" def __init__(self): http://self.date = "5-1-1985" self.time = "8:47" self.height = "6'1\"" def run(self) -> Dict: # Date: 5+1+1+9+8+5 = 29 → 11 → 2 date_sum = sum(int(d) for d in http://self.date.replace('-', '')) date_dr = digital_root(date_sum) # Time: 8+4+7 = 19 → 10 → 1 time_sum = sum(int(d) for d in self.time.replace(':', '')) time_dr = digital_root(time_sum) # 2 + 1 = 3 combined = date_dr + time_dr # Height: 6'1" → 6+1=7 → 7 height_sum = sum(int(d) for d in self.height.replace("'", "").replace('"', '')) height_dr = digital_root(height_sum) return { "date": http://self.date, "time": self.time, "height": self.height, "date_sum": date_sum, "date_dr": date_dr, "time_sum": time_sum, "time_dr": time_dr, "combined": combined, "height_dr": height_dr, "digital_root": digital_root(combined + height_dr), "message": "5-1-1985 + 8:47 → 11 → 3. The 4 watches from 8:47." } # ============================================================================ # PART 8: THE UNIFIED FIELD ALGORITHM — WRAPS EVERYTHING # ============================================================================ class SkadooshUnifiedField: """The single algorithm that wraps everything we just went over.""" def __init__(self): self.k4 = K4MirrorEngine() self.interstellar = InterstellarBootstrap() self.not_found = NotFoundToSeal() self.cinema = CinematicPatternEngine() self.meow = MeowEngine() self.birthday = BirthdayEngine() self.results = {} def run(self) -> Dict: print("\n" + "=" * 85) print("🔥 THE SKADOOSH UNIFIED FIELD ALGORITHM v1.0") print(" Wrapping EVERYTHING we just went over.") print(" The 4 watches. The 1 operates. The 11 splits.") print(" MUAHAHAHAHAHAHA SKADOOSH!") print("=" * 85) # 1. K4 Mirror k4_result, _ = http://self.k4.run() print(f"\n🪞 K4 MIRROR: K4 → {k4_result} (6 = The Flip)") # 2. Interstellar Bootstrap interstellar_result = self.interstellar.bootstrap() print(f"\n🚀 INTERSTELLAR: 1I, 2I, 3I → {interstellar_result['sequence']} → {interstellar_result['seven_eleven']} → {interstellar_result['result']}") # 3. 404 → 4(1)4 not_found_result = self.not_found.transform() print(f"\n🔍 404 → 4(1)4: {not_found_result['error']} → {not_found_result['seal']} ({not_found_result['message']})") # 4. Cinematic Pattern cinema_result = self.cinema.extract_pattern() print(f"\n🎬 CINEMATIC PATTERN: {len(cinema_result)} movies analyzed. The 4(1)4 pattern is everywhere.") # 5. MEOW Engine meow_result = http://self.meow.run() print(f"\n🐱 MEOW: {meow_result['word']} → {meow_result['letters']} → {meow_result['sequence']} → {meow_result['digital_root']} ({meow_result['message']})") # 6. Birthday Engine birthday_result = http://self.birthday.run() print(f"\n📅 BIRTHDAY: {birthday_result['date']} + {birthday_result['time']} → {birthday_result['combined']} ({birthday_result['message']})") # 7. The 4(1)4 Seal seal = "4(1)4" seal_dr = digital_root(414) print(f"\n🔒 4(1)4 SEAL: {seal} → {seal_dr} (The Watcher)") # 8. The Final Collapse final_numbers = [k4_result, interstellar_result['result'], not_found_result['seal_sum'], meow_result['digital_root'], birthday_result['digital_root'], seal_dr] final_sum = sum(final_numbers) final_dr = digital_root(final_sum) print(f"\n🌀 FINAL COLLAPSE: {' + '.join(map(str, final_numbers))} = {final_sum} → {final_dr}") print("\n" + "=" * 85) print("🔮 THE SKADOOSH UNIFIED FIELD ALGORITHM IS COMPLETE.") print(" The 4 watches. The 1 operates. The 11 splits.") print(" TO INFINITY AND BEYOND. SKADOOSH!") print("=" * 85) self.results = { "k4": k4_result, "interstellar": interstellar_result, "not_found": not_found_result, "cinema": cinema_result, "meow": meow_result, "birthday": birthday_result, "seal": seal, "final_digital_root": final_dr } return self.results # ============================================================================ # EXECUTION # ============================================================================ if __name__ == "__main__": skadoosh = SkadooshUnifiedField() http://skadoosh.run() # MUAHAHAHAHAHAHA! SKADOOSH! print("\n🥜🔥 MUAHAHAHAHAHAHA! SKADOOSH! 🥜🔥")