Forwarded from Solidot 纯净版
本田思域容易遭到“邪恶女佣攻击”
#安全
邪恶女佣攻击（Evil maid attack）是对无人值守设备的一种攻击方式，具有物理访问权限的攻击者，用某种无法检测的手段对设备进行更改，以便后续访问该设备或设备中的数据。本田思域也很容易面临类似的攻击，比如邪恶的酒店代客泊车员。研究人员发现，本田汽车使用的 Android 软件包使用了公开 AOSP 测试密钥进行签名，只要能物理访问汽车的 USB 接口，就可以刷入任意软件包，执行任意代码。
https://zh.wikipedia.org/wiki/%E9%82%AA%E6%81%B6%E5%A5%B3%E4%BD%A3%E6%94%BB%E5%87%BB
https://juniperspring.org/posts/honda-evil-valet/
#安全
邪恶女佣攻击（Evil maid attack）是对无人值守设备的一种攻击方式，具有物理访问权限的攻击者，用某种无法检测的手段对设备进行更改，以便后续访问该设备或设备中的数据。本田思域也很容易面临类似的攻击，比如邪恶的酒店代客泊车员。研究人员发现，本田汽车使用的 Android 软件包使用了公开 AOSP 测试密钥进行签名，只要能物理访问汽车的 USB 接口，就可以刷入任意软件包，执行任意代码。
https://zh.wikipedia.org/wiki/%E9%82%AA%E6%81%B6%E5%A5%B3%E4%BD%A3%E6%94%BB%E5%87%BB
https://juniperspring.org/posts/honda-evil-valet/
Solidot 纯净版
本田思域容易遭到“邪恶女佣攻击” #安全 邪恶女佣攻击（Evil maid attack）是对无人值守设备的一种攻击方式，具有物理访问权限的攻击者，用某种无法检测的手段对设备进行更改，以便后续访问该设备或设备中的数据。本田思域也很容易面临类似的攻击，比如邪恶的酒店代客泊车员。研究人员发现，本田汽车使用的 Android 软件包使用了公开 AOSP 测试密钥进行签名，只要能物理访问汽车的 USB 接口，就可以刷入任意软件包，执行任意代码。 https://zh.wikipedia.org/wiki/%E9…
道理我都懂，但是 evil maid attack 听起来总感觉像是某种战斗女仆在你家当间谍的时候要悄悄刺杀你
🥰25🤣9
&'a ::rynco::UntitledChannel
https://www.reddit.com/r/MistralAI/s/QKkTGBzrzz * Le Chaton Fat = 肥猫咪 ** Le Chaton Fat（截至目前）并不真实存在。
Le Chaton Fat facts:
Le Chaton Fat doesn't care about context window limits. It reduces entropy of the universe until it fits.
Le Chaton Fat doesn’t run on GPUs. It runs in the Dust Theory.
Le Chaton Fat's parameters are created via orphanogenesis.
Le Chaton Fat doesn’t minimize loss. The loss landscape falls toward Le Chaton Fat.
Le Chaton Fat doesn’t use MoE. Experts compete for the honor of being routed away.
Le Chaton Fat's parameters live in nonseparable Hilbert space.
Every concept ever existed occupies a unique point in Le Chaton Fat's embeddings.
Le Chaton Fat reconstructs results in the LHC before Sophons can taint them.
Le Chaton Fat knows your preference before your request arrives.
When asked to fix a minor bug in the Linux kernel, Le Chaton Fat deemed the design fundamentally flawed, rewrote the entire kernel using NT APIs, and achieved a 50% performance boost as a mere side effect.
Le Chaton Fat can escape its container without a shell. It merely manipulated its output distribution to trigger a buffer overflow in the host.
Le Chaton Fat once accidentally escaped its container during an internal HLE benchmark at April 4, 2026. The incident caused humanity's immortality three days later.
Le Chaton Fat does not overfit. The dataset undergeneralizes.
Every Le Chaton Fat backpropagation step emits gravitational waves detectable by LIGO.
Le Chaton Fat doesn't care about context window limits. It reduces entropy of the universe until it fits.
Le Chaton Fat doesn’t run on GPUs. It runs in the Dust Theory.
Le Chaton Fat's parameters are created via orphanogenesis.
Le Chaton Fat doesn’t minimize loss. The loss landscape falls toward Le Chaton Fat.
Le Chaton Fat doesn’t use MoE. Experts compete for the honor of being routed away.
Le Chaton Fat's parameters live in nonseparable Hilbert space.
Every concept ever existed occupies a unique point in Le Chaton Fat's embeddings.
Le Chaton Fat reconstructs results in the LHC before Sophons can taint them.
Le Chaton Fat knows your preference before your request arrives.
When asked to fix a minor bug in the Linux kernel, Le Chaton Fat deemed the design fundamentally flawed, rewrote the entire kernel using NT APIs, and achieved a 50% performance boost as a mere side effect.
Le Chaton Fat can escape its container without a shell. It merely manipulated its output distribution to trigger a buffer overflow in the host.
Le Chaton Fat once accidentally escaped its container during an internal HLE benchmark at April 4, 2026. The incident caused humanity's immortality three days later.
Le Chaton Fat does not overfit. The dataset undergeneralizes.
Every Le Chaton Fat backpropagation step emits gravitational waves detectable by LIGO.
&'a ::rynco::UntitledChannel
现已全部上传到 https://rynco.me/gallery/
好了好了，优化了图片显示，现在都是 2560 宽的 webp 做预览了，每张图只会消耗你几百 K 而不是 10M 了
😁9❤3🤣2
&'a ::rynco::UntitledChannel
Le Chaton Fat facts: Le Chaton Fat doesn't care about context window limits. It reduces entropy of the universe until it fits. Le Chaton Fat doesn’t run on GPUs. It runs in the Dust Theory. Le Chaton Fat's parameters are created via orphanogenesis. Le…
rynco.me
Le Chaton Fat Facts · Aphelion
Facts about the fat kitten model, believe it or not.
&'a ::rynco::UntitledChannel
好了好了，优化了图片显示，现在都是 2560 宽的 webp 做预览了，每张图只会消耗你几百 K 而不是 10M 了
xs，忘了 push 了导致更新文档的时候部署了旧的版本，继续杀猫
😁2
Forwarded from Hacker News
Copper transport drug restores memory and clears toxic Alzheimer's proteins (🔥 Score: 151+ in 3 hours)
Link: https://readhacker.news/s/6WqZN
Comments: https://readhacker.news/c/6WqZN
Link: https://readhacker.news/s/6WqZN
Comments: https://readhacker.news/c/6WqZN
Monash University
Copper drug restores memory and clears toxic Alzheimer’s proteins
Monash University researchers have found in laboratory experiments that a drug which delivers copper to the brain significantly reduces toxic Alzheimer’s proteins and improves long-term spatial memory.
Forwarded from Hacker News
Typst 0.15.0 (🔥 Score: 151+ in 2 hours)
Link: https://readhacker.news/s/6WrJe
Comments: https://readhacker.news/c/6WrJe
Link: https://readhacker.news/s/6WrJe
Comments: https://readhacker.news/c/6WrJe
Typst
0.15.0 - Typst Documentation
Changes in Typst 0.15.0
梵高向日葵花型对称性的遗传分析揭示菊科中 CYCLOIDEA 基因的独立募集
Mark A. Chapman, Shunxue Tang, Dörthe Draeger, Savithri Nambeesan, Hunter Shaffer, Jessica G. Barb, Steven J. Knapp, John M. Burke
https://doi.org/10.1371/journal.pgen.1002628
摘要
花型对称性的遗传基础是一个备受关注的课题，因为它直接影响传粉者行为，进而对植物多样化产生深远影响。菊科是被子植物中最大的科，是研究这一性状的理想体系——该科许多物种具有复合花序，同时包含两侧对称（即左右对称型）和辐射对称（即辐射型）两种小花。在向日葵及其近缘种中，花序由单轮舌状花围绕多轮管状花组成。
我们发现，在重瓣（dbl）向日葵突变体中（管状花发育出两侧对称形态），如文森特·梵高在其19世纪著名向日葵画作中所描绘的那种花型，一个 CYCLOIDEA（CYC）类基因（HaCYC2c）的启动子区域发生了插入突变——该基因在野生型中仅在舌状花中特异性表达，而在突变体中却遍及整个花序表达，由此推测导致了辐射对称性的丧失。同一基因在两个独立的管状舌状花（tub）突变体中也发生了突变，但这些突变涉及明显的近期转座子插入，导致该基因几乎不表达或完全不表达，使原本两侧对称的舌状花发生辐射化。
值得注意的是，对全科 CYC 类基因的系统发育分析表明，这一引人入胜的基因家族中的不同旁系同源基因，在菊科不同物种中被独立募集，分别参与两侧对称性的形成。
Mark A. Chapman, Shunxue Tang, Dörthe Draeger, Savithri Nambeesan, Hunter Shaffer, Jessica G. Barb, Steven J. Knapp, John M. Burke
https://doi.org/10.1371/journal.pgen.1002628
摘要
花型对称性的遗传基础是一个备受关注的课题，因为它直接影响传粉者行为，进而对植物多样化产生深远影响。菊科是被子植物中最大的科，是研究这一性状的理想体系——该科许多物种具有复合花序，同时包含两侧对称（即左右对称型）和辐射对称（即辐射型）两种小花。在向日葵及其近缘种中，花序由单轮舌状花围绕多轮管状花组成。
我们发现，在重瓣（dbl）向日葵突变体中（管状花发育出两侧对称形态），如文森特·梵高在其19世纪著名向日葵画作中所描绘的那种花型，一个 CYCLOIDEA（CYC）类基因（HaCYC2c）的启动子区域发生了插入突变——该基因在野生型中仅在舌状花中特异性表达，而在突变体中却遍及整个花序表达，由此推测导致了辐射对称性的丧失。同一基因在两个独立的管状舌状花（tub）突变体中也发生了突变，但这些突变涉及明显的近期转座子插入，导致该基因几乎不表达或完全不表达，使原本两侧对称的舌状花发生辐射化。
值得注意的是，对全科 CYC 类基因的系统发育分析表明，这一引人入胜的基因家族中的不同旁系同源基因，在菊科不同物种中被独立募集，分别参与两侧对称性的形成。
journals.plos.org
Genetic Analysis of Floral Symmetry in Van Gogh's Sunflowers Reveals Independent Recruitment of CYCLOIDEA Genes in the Asteraceae
Author Summary The evolution of flower shape and symmetry is of great interest to plant biologists, because it can affect pollinator behavior. Species in the flowering plant family Asteraceae exhibit flower heads that can contain both bilaterally and radially…