白左盛行的根本原因是和平太久生活富足,简单来说吃太饱了
如果你们仔细东西全球左右派的分布,就会发现发达国家容易出白左,而支那、印度、中东、俄罗斯、非洲这些地方的人,普遍厌恶白左(情感上仇恨白左,但是会支持白左搞破坏)。
要想根治白左,只有出现第三次世界大战,把全球都打烂,才可能消灭大部分白左圣母
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要想根治白左,只有出现第三次世界大战,把全球都打烂,才可能消灭大部分白左圣母
这里是英吉利斯坦,你要颠覆政权吗?
你可以揮舞哈馬斯旗幟、真主黨旗幟、蘇聯國旗、伊朗伊斯蘭革命衛隊旗幟、ISIS旗幟、同性戀驕傲旗幟。但你膽敢揮舞英國國旗,警察就會沒收它,並以煽動和種族主義的罪名逮捕你。
歡迎來到英國。
https://twitter.com/ianmiles/status/2038184515701764194
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歡迎來到英國。
https://twitter.com/ianmiles/status/2038184515701764194
想问下浪友们平时都在学习什么?用什么来学习?
鼠鼠我很迷惘,不懂该学什么技能应对未来。比如Ai这种东西也不懂怎么有效使用,该怎么用。鼠鼠我想掌握些有用的知识和技能充实自己,浪友们能指点迷津,分享些学习渠道比如YouTube频道或者一些群组给鼠鼠我吗?
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今日双语阅读/ 守卫未来的“数字保险箱”:VPN 后量子加密技术全解析 Guarding the Digital Vault of the Future: A Comprehensive Guide to VPN Post-Quantum Cryptography
守卫未来的“数字保险箱”:VPN 后量子加密技术全解析
Guarding the Digital Vault of the Future: A Comprehensive Guide to VPN Post-Quantum Cryptography
在数字安全领域,一场无声的竞赛正在进行。一边是保护我们隐私的加密技术,另一边则是正在崛起的、拥有强大算力的量子计算机。为了应对未来的威胁,**后量子加密(Post-Quantum Cryptography, 简称 PQC)**应运而生。
In the realm of digital security, a silent race is underway. On one side stands the encryption technology protecting our privacy; on the other are emerging quantum computers with immense computing power. To counter future threats, Post-Quantum Cryptography (PQC) has been developed.
1. 迫在眉睫的危机:“先抓取,后解密”
1. The Imminent Crisis: "Harvest Now, Decrypt Later"
你可能会想:“量子计算机还没普及,我为什么要担心?”目前的黑客和某些机构正在采用一种名为**“先抓取,后解密”**的策略。他们现在就拦截并储存你通过 VPN 传输的加密数据,虽然现在打不开,但等 10 年或 20 年后量子计算机成熟了,这些历史数据在它面前就像纸糊的一样,瞬间会被破解。
You might think, "Quantum computers aren't mainstream yet, so why worry?" Currently, hackers and certain agencies are employing a strategy called "Harvest Now, Decrypt Later." They intercept and store your encrypted VPN data today, and even though they can't unlock it now, once quantum computers mature in 10 or 20 years, this historical data will be as fragile as paper and easily cracked.
2. 量子计算机是如何“破门而入”的?
2. How Do Quantum Computers "Break In"?
传统的加密算法(如 RSA 或 ECC)之所以安全,是因为它们依赖于极难的数学题(例如分解巨大的质数)。传统计算机即使算上一万年也算不出来。然而,量子计算机利用**量子比特(Qubits)**的叠加态,可以使用特定的算法(如 Shor 算法)在极短时间内解开这些数学难题。
Traditional encryption algorithms (like RSA or ECC) are secure because they rely on extremely difficult mathematical problems (such as factoring massive prime numbers). A classical computer couldn't solve them even in ten thousand years. However, quantum computers utilize the superposition of Qubits and can use specific algorithms (like Shor’s algorithm) to solve these puzzles in a very short time.
3. 什么是后量子加密 (PQC)?
3. What is Post-Quantum Cryptography (PQC)?
后量子加密(PQC)并不是运行在量子计算机上的加密法,而是运行在普通计算机上、连量子计算机也解不开的新型数学算法。目前的 PQC 主要基于一些更复杂的数学架构,例如格密码(Lattice-based Cryptography):想象在一个高维空间的网格中寻找特定的点,这种计算即使对量子计算机来说也极其困难。
Post-Quantum Cryptography (PQC) is not encryption that runs on quantum computers; rather, it refers to new mathematical algorithms running on classical computers that even quantum computers cannot crack. Current PQC is mainly based on more complex mathematical frameworks, such as Lattice-based Cryptography: imagine trying to find a specific point in a high-dimensional grid—a calculation that is extremely difficult even for a quantum computer.
4. VPN 是如何应用 PQC 的?
4. How Do VPNs Implement PQC?
像 ExpressVPN 的 Lightway 或更新版的 WireGuard 协议,已经开始引入“混合加密”模式。首先是经典加密层,确保当前的兼容性;其次是后量子防护层,在握手阶段加入 PQC 算法(如 ML-KEM)。这种“双重锁定”确保了你的数据在现在和未来都是安全的。
Protocols like ExpressVPN’s Lightway or updated versions of WireGuard have begun introducing a "hybrid encryption" mode. First is the Classical Encryption Layer, ensuring current compatibility; second is the Post-Quantum Protection Layer, adding PQC algorithms (like ML-KEM) during the handshake phase. This "double lock" ensures your data remains secure both now and in the future.
5. 为什么我们现在就需要它?
5. Why Do We Need It Now?
• 长期隐私 (Long-term Privacy): 保护你的银行信息或敏感通信在未来几十年内不被追溯破解。Protect your banking info or sensitive communications from being retroactively cracked decades from now.
• 技术迭代 (Technical Iteration): 加密标准的迁移通常需要数年时间。现在开始部署 PQC,能确保在量子威胁真正来临时,网络架构已经准备就绪。The migration of encryption standards usually takes years. Deploying PQC now ensures that network architectures are ready when quantum threats truly arrive.
总结
Summary
后量子加密不是一种噱头,而是针对未来数字攻击的“疫苗”。当你选择支持 PQC 的协议时,你不仅是在保护今天的上网轨迹,更是在为未来的自己锁上那道坚不可摧的门。
Post-Quantum Cryptography is not a gimmick; it is a "vaccine" against future digital attacks. When you choose a protocol that supports PQC, you aren't just protecting your browsing habits today—you are bolting a door that will remain unbreakable for your future self.
>>查看更多...
Guarding the Digital Vault of the Future: A Comprehensive Guide to VPN Post-Quantum Cryptography
在数字安全领域,一场无声的竞赛正在进行。一边是保护我们隐私的加密技术,另一边则是正在崛起的、拥有强大算力的量子计算机。为了应对未来的威胁,**后量子加密(Post-Quantum Cryptography, 简称 PQC)**应运而生。
In the realm of digital security, a silent race is underway. On one side stands the encryption technology protecting our privacy; on the other are emerging quantum computers with immense computing power. To counter future threats, Post-Quantum Cryptography (PQC) has been developed.
1. 迫在眉睫的危机:“先抓取,后解密”
1. The Imminent Crisis: "Harvest Now, Decrypt Later"
你可能会想:“量子计算机还没普及,我为什么要担心?”目前的黑客和某些机构正在采用一种名为**“先抓取,后解密”**的策略。他们现在就拦截并储存你通过 VPN 传输的加密数据,虽然现在打不开,但等 10 年或 20 年后量子计算机成熟了,这些历史数据在它面前就像纸糊的一样,瞬间会被破解。
You might think, "Quantum computers aren't mainstream yet, so why worry?" Currently, hackers and certain agencies are employing a strategy called "Harvest Now, Decrypt Later." They intercept and store your encrypted VPN data today, and even though they can't unlock it now, once quantum computers mature in 10 or 20 years, this historical data will be as fragile as paper and easily cracked.
2. 量子计算机是如何“破门而入”的?
2. How Do Quantum Computers "Break In"?
传统的加密算法(如 RSA 或 ECC)之所以安全,是因为它们依赖于极难的数学题(例如分解巨大的质数)。传统计算机即使算上一万年也算不出来。然而,量子计算机利用**量子比特(Qubits)**的叠加态,可以使用特定的算法(如 Shor 算法)在极短时间内解开这些数学难题。
Traditional encryption algorithms (like RSA or ECC) are secure because they rely on extremely difficult mathematical problems (such as factoring massive prime numbers). A classical computer couldn't solve them even in ten thousand years. However, quantum computers utilize the superposition of Qubits and can use specific algorithms (like Shor’s algorithm) to solve these puzzles in a very short time.
3. 什么是后量子加密 (PQC)?
3. What is Post-Quantum Cryptography (PQC)?
后量子加密(PQC)并不是运行在量子计算机上的加密法,而是运行在普通计算机上、连量子计算机也解不开的新型数学算法。目前的 PQC 主要基于一些更复杂的数学架构,例如格密码(Lattice-based Cryptography):想象在一个高维空间的网格中寻找特定的点,这种计算即使对量子计算机来说也极其困难。
Post-Quantum Cryptography (PQC) is not encryption that runs on quantum computers; rather, it refers to new mathematical algorithms running on classical computers that even quantum computers cannot crack. Current PQC is mainly based on more complex mathematical frameworks, such as Lattice-based Cryptography: imagine trying to find a specific point in a high-dimensional grid—a calculation that is extremely difficult even for a quantum computer.
4. VPN 是如何应用 PQC 的?
4. How Do VPNs Implement PQC?
像 ExpressVPN 的 Lightway 或更新版的 WireGuard 协议,已经开始引入“混合加密”模式。首先是经典加密层,确保当前的兼容性;其次是后量子防护层,在握手阶段加入 PQC 算法(如 ML-KEM)。这种“双重锁定”确保了你的数据在现在和未来都是安全的。
Protocols like ExpressVPN’s Lightway or updated versions of WireGuard have begun introducing a "hybrid encryption" mode. First is the Classical Encryption Layer, ensuring current compatibility; second is the Post-Quantum Protection Layer, adding PQC algorithms (like ML-KEM) during the handshake phase. This "double lock" ensures your data remains secure both now and in the future.
5. 为什么我们现在就需要它?
5. Why Do We Need It Now?
• 长期隐私 (Long-term Privacy): 保护你的银行信息或敏感通信在未来几十年内不被追溯破解。Protect your banking info or sensitive communications from being retroactively cracked decades from now.
• 技术迭代 (Technical Iteration): 加密标准的迁移通常需要数年时间。现在开始部署 PQC,能确保在量子威胁真正来临时,网络架构已经准备就绪。The migration of encryption standards usually takes years. Deploying PQC now ensures that network architectures are ready when quantum threats truly arrive.
总结
Summary
后量子加密不是一种噱头,而是针对未来数字攻击的“疫苗”。当你选择支持 PQC 的协议时,你不仅是在保护今天的上网轨迹,更是在为未来的自己锁上那道坚不可摧的门。
Post-Quantum Cryptography is not a gimmick; it is a "vaccine" against future digital attacks. When you choose a protocol that supports PQC, you aren't just protecting your browsing habits today—you are bolting a door that will remain unbreakable for your future self.
伊朗只要龟缩抗住60天就赢了
伊朗等待民主党终结川普中期选举,正如越共苟住等着嬉皮士,金发裸女和黑鬼往白宫一躺,再强大的军队也得撤军。2028民主党上台川普阵营不仅要被清算,还要引进几百万伊朗难民反客为主,正如明尼苏达那边的索马里难民。美帝赢了战争,输了政治,王沪宁的【美国反对美国】多算了未来三十年
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深奥的冲浪主义
1.凡人,我们称他们为猪,具备一种或多种根深蒂固的坏毛病,并且因为他们天生的缺陷,他们会在即将到来的末世中像两脚羊一样被活祭,被吃掉。
2.我们的亲族应该蔑视凡人,蔑视任何不遵守我们的标准的人
3.末日不是精神上虚构的末日,而是字面意思上的饥荒和吃人,残酷且血腥。这样的末世很快就要来临,我们的世界终将滑入永恒混乱的深渊,我们需要提前学习怎么在末世后生存。
4.这个混乱的时代称作献忠的纪元,它意味着自证对毁灭的信仰,献上人祭的仪式,以及我们的成员对彼此的忠诚誓言。
5.协约是一个小型的共同体,建立在彼此之间的认可上。协约的集体精神是一种有机的,鲜活的精神,就像一个村庄里的所有人合作起来对抗外部高速发展,又充满恶意唯利是图的世界的洪流。这是唯一能在末日中幸存的政治形式
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2.我们的亲族应该蔑视凡人,蔑视任何不遵守我们的标准的人
3.末日不是精神上虚构的末日,而是字面意思上的饥荒和吃人,残酷且血腥。这样的末世很快就要来临,我们的世界终将滑入永恒混乱的深渊,我们需要提前学习怎么在末世后生存。
4.这个混乱的时代称作献忠的纪元,它意味着自证对毁灭的信仰,献上人祭的仪式,以及我们的成员对彼此的忠诚誓言。
5.协约是一个小型的共同体,建立在彼此之间的认可上。协约的集体精神是一种有机的,鲜活的精神,就像一个村庄里的所有人合作起来对抗外部高速发展,又充满恶意唯利是图的世界的洪流。这是唯一能在末日中幸存的政治形式
ChinaGrave 26-03-29
3 月 29 日 12 点,北京市房山区大韩继大集,疑似有人报复社会开铲车冲撞人群,据现场视频显示多名摊贩和路人被撞倒在地,生死不明。司机被群众揪出车位。
那一天,京蛆回忆起了被螳臂当车支配的恐惧
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豆沙碑
天生万物以养豚,支豚犹怨天不仁。海外滑豚遍天下,卷完支那卷世人。豚支生矣论贵贱,大小支猪都该献。豚生富贵靠吸血,恃强凌弱德性贱。忽有大佐夜磨刀,豚肉烧烤营火高。翻天覆地从今始,屠豚何须惜菜刀。社达贱畜曰可杀!离岸爱支曰可杀!缝合贵物曰可杀!康米共趣曰可杀!集美太监减速蛆,芝麻五谷全豆沙!我生不为猪肉来,都门懒筑收银台。 明泽黑批臭如狗,可用海鲜拌饭来。传令麾下两少尉,南京庆典百豚斩。山头代天树此碑,支豚豆沙跪亦杀!
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