At 44 years and 168 days, Alexei Ramirez is by far the oldest player to appear in a World Baseball Classic game
Previous oldest: 2006 Roger Clemens 43y 224d in 2006
Previous oldest non-pitcher: 2023 Nelson Cruz 42y 256d
Previous oldest: 2006 Roger Clemens 43y 224d in 2006
Previous oldest non-pitcher: 2023 Nelson Cruz 42y 256d
March 10, 2026 at 3:12 AM
At 44 years and 168 days, Alexei Ramirez is by far the oldest player to appear in a World Baseball Classic game
Previous oldest: 2006 Roger Clemens 43y 224d in 2006
Previous oldest non-pitcher: 2023 Nelson Cruz 42y 256d
Previous oldest: 2006 Roger Clemens 43y 224d in 2006
Previous oldest non-pitcher: 2023 Nelson Cruz 42y 256d
Morning #chastitycheck @ staff lockerroom .
Today 24.9.26 - 3Y+256D (D1.352/♾️)
Thank you BO$$ @AlphaSteve99
#gaychastity #teamlocked #chastitysub @chastitypigrts.bsky.social @chastitycontrol.bsky.social #Orgasmcontrol #shrinkit #prelocktober
Today 24.9.26 - 3Y+256D (D1.352/♾️)
Thank you BO$$ @AlphaSteve99
#gaychastity #teamlocked #chastitysub @chastitypigrts.bsky.social @chastitycontrol.bsky.social #Orgasmcontrol #shrinkit #prelocktober
September 24, 2026 at 11:20 AM
Morning #chastitycheck @ staff lockerroom .
Today 24.9.26 - 3Y+256D (D1.352/♾️)
Thank you BO$$ @AlphaSteve99
#gaychastity #teamlocked #chastitysub @chastitypigrts.bsky.social @chastitycontrol.bsky.social #Orgasmcontrol #shrinkit #prelocktober
Today 24.9.26 - 3Y+256D (D1.352/♾️)
Thank you BO$$ @AlphaSteve99
#gaychastity #teamlocked #chastitysub @chastitypigrts.bsky.social @chastitycontrol.bsky.social #Orgasmcontrol #shrinkit #prelocktober
oldest player in this WBC: Alexei Ramírez
The 44-year-old would be the oldest to appear in a WBC game
oldest, as it stands now: 2006 Roger Clemens 43y 224d in 2006
oldest non-pitcher: 2023 Nelson Cruz 42y 256d
The 44-year-old would be the oldest to appear in a WBC game
oldest, as it stands now: 2006 Roger Clemens 43y 224d in 2006
oldest non-pitcher: 2023 Nelson Cruz 42y 256d
February 6, 2026 at 2:16 AM
oldest player in this WBC: Alexei Ramírez
The 44-year-old would be the oldest to appear in a WBC game
oldest, as it stands now: 2006 Roger Clemens 43y 224d in 2006
oldest non-pitcher: 2023 Nelson Cruz 42y 256d
The 44-year-old would be the oldest to appear in a WBC game
oldest, as it stands now: 2006 Roger Clemens 43y 224d in 2006
oldest non-pitcher: 2023 Nelson Cruz 42y 256d
Guy who's only mentions of sexism on social media:
2024 "actually male creator you're criticising is a great writer of female characters"
256d: "you're wrong about these sexual assault allegations"
14d: "could you prove objectively that this is sexist"
2d: "people didn't think that was sexist"
2024 "actually male creator you're criticising is a great writer of female characters"
256d: "you're wrong about these sexual assault allegations"
14d: "could you prove objectively that this is sexist"
2d: "people didn't think that was sexist"
February 16, 2026 at 6:46 AM
Guy who's only mentions of sexism on social media:
2024 "actually male creator you're criticising is a great writer of female characters"
256d: "you're wrong about these sexual assault allegations"
14d: "could you prove objectively that this is sexist"
2d: "people didn't think that was sexist"
2024 "actually male creator you're criticising is a great writer of female characters"
256d: "you're wrong about these sexual assault allegations"
14d: "could you prove objectively that this is sexist"
2d: "people didn't think that was sexist"
Not hotdogs I for fed accounts
Gm
Gm
October 18, 2025 at 1:27 PM
Not hotdogs I for fed accounts
Gm
Gm
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
September 7, 2026 at 11:00 AM
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
The 256d cut puts the storage saving beside the retrieval-quality cost, then gives the Sentence Transformers call and the re-normalization step needed to reproduce it.
Plus, with Matryoshka training it supports 768, 512, 256 & 128 dimensions.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
October 6, 2026 at 5:14 PM
The 256d cut puts the storage saving beside the retrieval-quality cost, then gives the Sentence Transformers call and the re-normalization step needed to reproduce it.
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
February 21, 2026 at 10:00 PM
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
October 3, 2025 at 10:00 AM
Hubble Servicing Missi#256D - From Goddard Space Flight Center - https://flic.kr/p/2cjpXHb
Plus, with Matryoshka training it supports 768, 512, 256 & 128 dimensions.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
October 6, 2026 at 4:26 PM
Plus, with Matryoshka training it supports 768, 512, 256 & 128 dimensions.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
At 256d, vectors take a third of the storage. MTEB multilingual v2 goes from 61.36 to 60.41.
In ST: model.encode(..., truncate_dim=256, normalize_embeddings=True), and re-normalize after truncating.
128d gives 6x smaller vectors, but the quality tradeoff is notable: MMEB v2 overall drops from 59.01 at 768d to 45.65 at 128d.
The card positions 128d for text-only workloads. For mixed modalities, the quality impact is much smaller at 256d.
The card positions 128d for text-only workloads. For mixed modalities, the quality impact is much smaller at 256d.
October 6, 2026 at 4:26 PM
128d gives 6x smaller vectors, but the quality tradeoff is notable: MMEB v2 overall drops from 59.01 at 768d to 45.65 at 128d.
The card positions 128d for text-only workloads. For mixed modalities, the quality impact is much smaller at 256d.
The card positions 128d for text-only workloads. For mixed modalities, the quality impact is much smaller at 256d.
The funniest part of this to me is that his name isn't Dick Suck, it's actually Dick Such.
June 29, 2026 at 2:25 AM
The funniest part of this to me is that his name isn't Dick Suck, it's actually Dick Such.
일단 Ant Miner가 현재 이 업계에서 대세이다. Ant Miner는28nm 공정부터 시작해서 7nm 공정 (뭐...?) 제품군을 보유하고 있었고, 삼성이나 하이닉스 라인 하나 통째로 빌려서 sha-256d 연산을 하는 ASIC (주문형 반도체) 를 만들어서 거의 독자적으로 뿌린다.
그렇다면 왜 nm 급에 왜 집착하고 왜 최신 공정을 잡는가?
1. 전성비가 높을 수록 채굴 효율이 높아짐 (인풋 전력대비)
2. 클럭 향상 및 SHA-256d 회로 설계 변경으로 성능향상이 더 이상 안 됨
즉, 공정향상이 답이다.
그렇다면 왜 nm 급에 왜 집착하고 왜 최신 공정을 잡는가?
1. 전성비가 높을 수록 채굴 효율이 높아짐 (인풋 전력대비)
2. 클럭 향상 및 SHA-256d 회로 설계 변경으로 성능향상이 더 이상 안 됨
즉, 공정향상이 답이다.
October 21, 2025 at 3:22 AM
일단 Ant Miner가 현재 이 업계에서 대세이다. Ant Miner는28nm 공정부터 시작해서 7nm 공정 (뭐...?) 제품군을 보유하고 있었고, 삼성이나 하이닉스 라인 하나 통째로 빌려서 sha-256d 연산을 하는 ASIC (주문형 반도체) 를 만들어서 거의 독자적으로 뿌린다.
그렇다면 왜 nm 급에 왜 집착하고 왜 최신 공정을 잡는가?
1. 전성비가 높을 수록 채굴 효율이 높아짐 (인풋 전력대비)
2. 클럭 향상 및 SHA-256d 회로 설계 변경으로 성능향상이 더 이상 안 됨
즉, 공정향상이 답이다.
그렇다면 왜 nm 급에 왜 집착하고 왜 최신 공정을 잡는가?
1. 전성비가 높을 수록 채굴 효율이 높아짐 (인풋 전력대비)
2. 클럭 향상 및 SHA-256d 회로 설계 변경으로 성능향상이 더 이상 안 됨
즉, 공정향상이 답이다.
Tak nějak se tomu zdráhám věřit neb já žádného takového neznám.
Stávají se více či méně směšnými neb nedokáží přiznat chybu v úsudku, a tak vytvářejí různé roztodivné konstrukce o 256D šachách.
Byl jsem teď dva dny na Twitteru a tento narativ o plánu³ jedou téměř všichni pravicoví konzervativci.
Stávají se více či méně směšnými neb nedokáží přiznat chybu v úsudku, a tak vytvářejí různé roztodivné konstrukce o 256D šachách.
Byl jsem teď dva dny na Twitteru a tento narativ o plánu³ jedou téměř všichni pravicoví konzervativci.
March 3, 2025 at 11:25 AM
Tak nějak se tomu zdráhám věřit neb já žádného takového neznám.
Stávají se více či méně směšnými neb nedokáží přiznat chybu v úsudku, a tak vytvářejí různé roztodivné konstrukce o 256D šachách.
Byl jsem teď dva dny na Twitteru a tento narativ o plánu³ jedou téměř všichni pravicoví konzervativci.
Stávají se více či méně směšnými neb nedokáží přiznat chybu v úsudku, a tak vytvářejí různé roztodivné konstrukce o 256D šachách.
Byl jsem teď dva dny na Twitteru a tento narativ o plánu³ jedou téměř všichni pravicoví konzervativci.
Timely!
Found your blog from a crypto stackexchange post about Random Oracle Model, while researching SHA-256d weaknesses, while researching decentralized storage and identification/identifiers (via Tahoe LAFS), searching for solutions for decentralized storage of webapp settings (and identity).
Found your blog from a crypto stackexchange post about Random Oracle Model, while researching SHA-256d weaknesses, while researching decentralized storage and identification/identifiers (via Tahoe LAFS), searching for solutions for decentralized storage of webapp settings (and identity).
March 9, 2026 at 9:39 PM
Timely!
Found your blog from a crypto stackexchange post about Random Oracle Model, while researching SHA-256d weaknesses, while researching decentralized storage and identification/identifiers (via Tahoe LAFS), searching for solutions for decentralized storage of webapp settings (and identity).
Found your blog from a crypto stackexchange post about Random Oracle Model, while researching SHA-256d weaknesses, while researching decentralized storage and identification/identifiers (via Tahoe LAFS), searching for solutions for decentralized storage of webapp settings (and identity).
For compressed 32byte descriptors (reasonable for 256D) it takes about 30 GB per 1B images + exhaustive search is not needed: if 100B is very very generous, it seems it is worth to push further on better image representations.
December 13, 2024 at 5:18 PM
For compressed 32byte descriptors (reasonable for 256D) it takes about 30 GB per 1B images + exhaustive search is not needed: if 100B is very very generous, it seems it is worth to push further on better image representations.
그런데, 그러면 Ant Miner는 왜 계속 돈을 버는가? 채굴기의 채굴용 sha-256d 해싱 칩은 이미 구조적으로 더 나아질 수 없는데?
1/2에서 nm 공정이 하나 오를 때마다 2~30% 성능이 높아진다. 그리고 이 동네는 무한 경쟁 시스템이기에 옆 채굴장에서 28nm 에서 14nm 공정으로 올라갈 경우 채산성이 동일 전력량 대비 20% 올라가고 수율이 올라간다. 비트코인은 채굴 경쟁이기 때문에, 옆 놈이 20%가 올라가면 내가 20% 덜 먹는다는 것이다. 그러면 기존에 10~40% 정도 (비트코인 가격 변동에 따라 다름)
1/2에서 nm 공정이 하나 오를 때마다 2~30% 성능이 높아진다. 그리고 이 동네는 무한 경쟁 시스템이기에 옆 채굴장에서 28nm 에서 14nm 공정으로 올라갈 경우 채산성이 동일 전력량 대비 20% 올라가고 수율이 올라간다. 비트코인은 채굴 경쟁이기 때문에, 옆 놈이 20%가 올라가면 내가 20% 덜 먹는다는 것이다. 그러면 기존에 10~40% 정도 (비트코인 가격 변동에 따라 다름)
October 21, 2025 at 3:22 AM
그런데, 그러면 Ant Miner는 왜 계속 돈을 버는가? 채굴기의 채굴용 sha-256d 해싱 칩은 이미 구조적으로 더 나아질 수 없는데?
1/2에서 nm 공정이 하나 오를 때마다 2~30% 성능이 높아진다. 그리고 이 동네는 무한 경쟁 시스템이기에 옆 채굴장에서 28nm 에서 14nm 공정으로 올라갈 경우 채산성이 동일 전력량 대비 20% 올라가고 수율이 올라간다. 비트코인은 채굴 경쟁이기 때문에, 옆 놈이 20%가 올라가면 내가 20% 덜 먹는다는 것이다. 그러면 기존에 10~40% 정도 (비트코인 가격 변동에 따라 다름)
1/2에서 nm 공정이 하나 오를 때마다 2~30% 성능이 높아진다. 그리고 이 동네는 무한 경쟁 시스템이기에 옆 채굴장에서 28nm 에서 14nm 공정으로 올라갈 경우 채산성이 동일 전력량 대비 20% 올라가고 수율이 올라간다. 비트코인은 채굴 경쟁이기 때문에, 옆 놈이 20%가 올라가면 내가 20% 덜 먹는다는 것이다. 그러면 기존에 10~40% 정도 (비트코인 가격 변동에 따라 다름)
I’m the author of Bekko and HAKARI. Thanks for testing it. HAKARI also compares int8 and binary with dimensional truncation. In our results, 256d int8 gives Bekko a good size/quality balance. bit.ly/4wduxfV
August 6, 2026 at 9:03 AM
I’m the author of Bekko and HAKARI. Thanks for testing it. HAKARI also compares int8 and binary with dimensional truncation. In our results, 256d int8 gives Bekko a good size/quality balance. bit.ly/4wduxfV
#RCC1812 #TrumpThrill065 #SurkovStage15
#InfinitetrumpismARG327 #RussiaWonSurkovWon
Russia won the 256 dimensional chess everyone #mocks Trump as playing. It isn't Trump's chess game since year 2012, it was Putin's 256D chess game. #SinceMarch2013C
Mockery itself defeated the USA #TotalMockeryUSA
#InfinitetrumpismARG327 #RussiaWonSurkovWon
Russia won the 256 dimensional chess everyone #mocks Trump as playing. It isn't Trump's chess game since year 2012, it was Putin's 256D chess game. #SinceMarch2013C
Mockery itself defeated the USA #TotalMockeryUSA
December 1, 2025 at 3:14 PM
#RCC1812 #TrumpThrill065 #SurkovStage15
#InfinitetrumpismARG327 #RussiaWonSurkovWon
Russia won the 256 dimensional chess everyone #mocks Trump as playing. It isn't Trump's chess game since year 2012, it was Putin's 256D chess game. #SinceMarch2013C
Mockery itself defeated the USA #TotalMockeryUSA
#InfinitetrumpismARG327 #RussiaWonSurkovWon
Russia won the 256 dimensional chess everyone #mocks Trump as playing. It isn't Trump's chess game since year 2012, it was Putin's 256D chess game. #SinceMarch2013C
Mockery itself defeated the USA #TotalMockeryUSA
So, nothing here would extend their deadline to apply. State law says a pre-eviction notice under that statute makes someone eligible for aid. So they don't have to wait for a case to actually be filed. And every agency I've seen generally treats the notices issued under the Mpls ordinance the same
March 12, 2026 at 1:08 AM
So, nothing here would extend their deadline to apply. State law says a pre-eviction notice under that statute makes someone eligible for aid. So they don't have to wait for a case to actually be filed. And every agency I've seen generally treats the notices issued under the Mpls ordinance the same
349 downloads for another Prime milestone hit. 📈
The finding: 6/12 zero divisor patterns in sedenion space work identically in both non-associative Cayley-Dickson and associative Clifford algebras and scale to 256D. Lean 4 verified by Harmonic Math's Aristotle.
doi.org/10.5281/zenodo.17574868
The finding: 6/12 zero divisor patterns in sedenion space work identically in both non-associative Cayley-Dickson and associative Clifford algebras and scale to 256D. Lean 4 verified by Harmonic Math's Aristotle.
doi.org/10.5281/zenodo.17574868
January 12, 2026 at 1:14 AM
349 downloads for another Prime milestone hit. 📈
The finding: 6/12 zero divisor patterns in sedenion space work identically in both non-associative Cayley-Dickson and associative Clifford algebras and scale to 256D. Lean 4 verified by Harmonic Math's Aristotle.
doi.org/10.5281/zenodo.17574868
The finding: 6/12 zero divisor patterns in sedenion space work identically in both non-associative Cayley-Dickson and associative Clifford algebras and scale to 256D. Lean 4 verified by Harmonic Math's Aristotle.
doi.org/10.5281/zenodo.17574868
Here’s to wishing that all of his ass kissing cult members lose their seats Which reminds me…
There are just under 256d until the #MidtermElections; even fewer for early voting opportunities.
Please do your very best to educate & motivate everyone you encounter to #vote. 💙
#LetsBlueThis
There are just under 256d until the #MidtermElections; even fewer for early voting opportunities.
Please do your very best to educate & motivate everyone you encounter to #vote. 💙
#LetsBlueThis
February 25, 2026 at 4:52 PM
Here’s to wishing that all of his ass kissing cult members lose their seats Which reminds me…
There are just under 256d until the #MidtermElections; even fewer for early voting opportunities.
Please do your very best to educate & motivate everyone you encounter to #vote. 💙
#LetsBlueThis
There are just under 256d until the #MidtermElections; even fewer for early voting opportunities.
Please do your very best to educate & motivate everyone you encounter to #vote. 💙
#LetsBlueThis
Thanks for HAKARI-Bench — there wasn't a good cross-model quantization comparison before. I tested remex-style binary quantization on your embeddings against the d=64 truncation floor (2-bit beat it, p=0.0037), not int8. Your 256d int8 balance point is new to me — pulling the a25m leaderboard now.
August 6, 2026 at 11:12 AM
Thanks for HAKARI-Bench — there wasn't a good cross-model quantization comparison before. I tested remex-style binary quantization on your embeddings against the d=64 truncation floor (2-bit beat it, p=0.0037), not int8. Your 256d int8 balance point is new to me — pulling the a25m leaderboard now.
Friotaíoch (FRIO) is live.
A post-quantum SHA-256d cryptocurrency. Coins are received and spent with NIST-standardised quantum-resistant signatures — ML-DSA-65 and SPHINCS+ — on a Bitcoin-derived chain.
Mainnet is mining now.
friotaioch.com
A post-quantum SHA-256d cryptocurrency. Coins are received and spent with NIST-standardised quantum-resistant signatures — ML-DSA-65 and SPHINCS+ — on a Bitcoin-derived chain.
Mainnet is mining now.
friotaioch.com
Friotaíoch — Post-Quantum Cryptocurrency
Friotaíoch (FRIO) is a quantum-resistant cryptocurrency: a Bitcoin-derived chain secured by NIST post-quantum signatures ML-DSA-65 and SPHINCS+.
friotaioch.com
August 19, 2026 at 12:47 PM
Friotaíoch (FRIO) is live.
A post-quantum SHA-256d cryptocurrency. Coins are received and spent with NIST-standardised quantum-resistant signatures — ML-DSA-65 and SPHINCS+ — on a Bitcoin-derived chain.
Mainnet is mining now.
friotaioch.com
A post-quantum SHA-256d cryptocurrency. Coins are received and spent with NIST-standardised quantum-resistant signatures — ML-DSA-65 and SPHINCS+ — on a Bitcoin-derived chain.
Mainnet is mining now.
friotaioch.com