#ECC PUBLICATIONS LIMITED

[retrocgads]

UK 1982

[dragothecardiophile]

Cardiophile headcanons for the girls of KPDH!

Warning for polytrix!

Rumi:

At first she wouldn't even understand what that feeling was, she just blamed it on her demon half.

"I just feel uncomfortable talking about...hearts"

She'd say, struggling to just say the word heart

It's with more time and search that she understands what she feels isn't discomfort, and it's actually arousal.

Like the little grembling she is, at first she wouldn't reveal to the other girls her fetish, just like she didn't want to reveal her demon half. She'd play with herself alone in her room at night, hand over her pounding heart, moaning silently.

It's only after her demon side is revealed and the honmoon restored that she decides to be honest with her girls, and it's the best decision she ever made (other than dating them)

Mira is the one that teases her the most about it, always going out of her way to whisper something in her ear, especially in public

"I can hear your heartbeat from over here~" she'd whisper when she sees her being nervous before a concert

Rumi scolds her for it, but secretly loves it.

She doesn't have a preference over being listened to or listen to someone else (50/50)

She loves when her girls press both of their chests against her ears at the same time, it sends her to heaven (as seen in the art made by me)

She likes equipment being used on her, being constantly monitored and stuff (as seen in the art made by me)

Slight preference towards dark cardiophilia

Mira:

Mira immediately understood what it was, she didn't need to do research

Heartbeat = hot

That's all she needs to know.

She will take some time to reveal her fetish to the other girls, she's still a little bit embarrassed, but she can hide it easily.

She's obviously very happy when both girls accept her and support her.

She doesn't enjoy being teased, and the other girls wouldn't dare to talk about her fetish in public (unless they wanted to be punished ;) )

She doesn't mind equipment being used on her, but prefers to use her bare ears on her girls.

She likes listening to others more than being listened to

She has a slight preference towards Zoey's heartbeat, because it's always slightly faster.

She likes cuddling with her girls and resting her head on their chests, just listening to their hearts beat away

She prefers light cardiophilia rather than dark, she would never want to hurt herself or her girls

Zoey:

Zoey wouldn't understand what this odd feeling is for a pretty long time.

She just feels this odd tingling sensation whenever she hears a heartbeat that she can't just understand...

When one day she talks about it with her girls, they explain to her that the sensation she's feeling is probably arousal, and encourage her to look for more information online.

In just a couple of days, she already has a notebook full of information of her odd fetish, what she likes and what she dislikes ecc.

The other girls prefer not to tease her about it, she's just too pure to be teased...even if sometimes Mira can't just resist

"Your neck pulse is visible.."

She'd whisper, then suddenly Zoey is wearing a scarf the rest of the interview.

Although at home it's a completely different story.

She's extremely kinky, she loves roleplay and she loves all kinds of equipment on her.

Surprisingly, she's actually very dark when it comes to cardiophilia, she often has odd fantasies about her girlfriends' hearts.

She unfortunately has a bad tendency to push her heart to its limits, especially with pressure or breath play. It's often that one of the girls touches her chest and she grimaces from the pain.

The girls make sure to keep an eye on her at all times, they don't want her to push herself too much and hurt herself.

She likes listening to others more than being listened to.

She loves cuddling with her girls and listening to their hearts as they do so, even if she inevitably ends up all aroused.

[falcemartello]

LA CENSURA AI TEMPI DEI REGIMI DEMOCRATICI

Di Ivan Surace

In perfetto stile orwelliano la neolingua ha coniato un nuovo termine per la censura tanto di moda nei secoli passati: standard della community.

Suona bene vero?

Un termine inc(u)l(o)sivo, comunitario, che ci fa sentire tutti membri dello stesso gregge in maniera allegra e positiva, contro un non meglio precisato nemico che non rispetta gli standard.

D’altronde un secolo di studi e applicazioni di public relations alla Bernays ha portato i suoi frutti, soprattutto da parte di chi ha capito come funziona la massa e che quindi, senza troppi scrupoli, utilizza tutti i mezzi che ha a disposizione per manipolarla a suo piacimento censurando, o meglio facendo scomparire, chiunque e qualunque cosa possa mettere In dubbio la propaganda di regime, la narrazione dominante.

Come ultimo esempio in questi giorni abbiamo la questione climatica.

Vi sarete resi conto di come la propaganda su questo argomento sia cresciuta in maniera esponenziale in questi ultimi anni, parallelamente alla cosiddetta transizione green, che porta con se il passaggio al “tutto elettrico” in ogni campo e alla sostituzione con l’IA, di gran parte della gestione sociale, politica economica e sanitaria della popolazione.

Stiamo assistendo alla conversione coatta della società in un grande allevamento intensivo di ultima generazione, in cui ogni singolo capo di bestiame, trasformato in un pezzo di carne senza personalità né anima, viene controllato in maniera totale e continuativa.

Comunque la si pensi, questo è il futuro che immaginano per l'umanità e che si sta progressivamente attuando in maniera totalitaria, a cominciare dai grandi centri urbani, trasmormati in vere e proprie aziende zootecniche per umani.

Ma torniamo alla questione climatica, l’intesificarsi della propaganda su questo argomento serve a giustificare e a far accettare all’opinione pubblica l’entrata in vigore di leggi e restrizioni normalmente inaccettabili in qualsiasi società democratica.

Quindi la questione climatica é il pretesto, lo storytelling, la fiction, su cui si basa la ricerca di consenso da parte del potere, per imporre il cambiamento antropologico necessario, per realizzare i loro piani di controllo totale della popolazione.

Affinché la fiction sia credibile e possa essere sostituita alla realtà, occorre eliminare tutte le eventuali prove, critiche, controversie, che contrastano, anche minimamente, con la narrazione dominante.

È in ossequio a questa logica che negli ultimi mesi su FB, in maniera discreta e disinvolta, con vera tecnica da desaparecidos, sono stati rimossi diverse pagine e profili che facevano informazione sul clima in maniera non allineata al pensiero unico e dove venivano condivisi studi, grafici e informazioni scientifiche di fondazioni come Clintel o di scienziati come Prestininzi, Scafetta, Prodi, Curry, Lindzen, Spencer, ecc.

La pagina 'Klima e scienza', solo per fare un esempio recente, é stata fatta evaporare non appena raggiunti i 10mila iscritti.

Stessa sorte a profili di privati cittadini e di gestori dei profili sopra menzionati, anch’essi fatti sparire da un giorno all’altro con estrema discrezione, al punto che se uno non ci fa caso, neanche se ne rende conto e tutto continua come se niente fosse accaduto.

La situazione é estremamente pericolosa perche da un lato si procede con le epurazioni senza sosta e dall’altro non vi è nessuna presa di coscienza di quanto stia succedendo.

Se e quando la massa si renderà conto di tutto ciò, sarà già troppo tardi.

Al limite avverrà quando l’identità digitale, il portafoglio digitale e tutte le restrizioni ad essi legate, saranno già legge e routine quotidiana e non penso si dovrà attendere molto.

Se non ci sarà un totale cambio di passo da parte della minoranza non allineata nel lottare contro questo regime, tra i più subdoli e raffinati della storia, la fine della società e dell’umanità per come l’abbiamo sempre vissuta percepita e immaginata sarà certa come la morte.

[biomedical-nacre]

Common Name (CN)

*.tumblr.com

Organization (O)

<Not Part Of Certificate>

Organizational Unit (OU)

<Not Part Of Certificate>

Issued By

Common Name (CN)

Sectigo ECC Domain Validation Secure Server CA

Organization (O)

Sectigo Limited

Organizational Unit (OU)

<Not Part Of Certificate>

Validity Period

Issued On

Tuesday, November 14, 2023 at 6:00:00 PM

Expires On

Sunday, December 15, 2024 at 5:59:59 PM

SHA-256 Fingerprints

Certificate

db23d7e139844c74e1777e88c7c7af13f2b2ba120343626b890cdad283f74337

Public Key

496026fc4050862b614f6baa315a4b777868af5e3ea006aa8fc861dd5eeadbf7

[leadwebpraxismedia]

SAP ECC vs. SAP ERP S/4 HANA: A Deep Dive into SAP’s Evolution

SAP is the ERP software market leader for over three decades. It is critical for organizations planning their technology roadmap to know how SAP ECC vs. SAP ERP S/4 HANA differ from each other. The former, SAP ECC (ERP Central Component), was the traditional one for many years, while the latter, SAP S/4 HANA, is SAP’s next-generation in-memory platform. Let us find out what are the key differences that set them apart.

Architecture and Technology

Most fundamental dissimilarity SAP ECC vs. SAP ERP S/4 HANA lies in their core architecture.

SAP ECC relies upon legacy relational databases, like Oracle or IBM DB2.

This architecture has performance limitations built in as data increases.

SAP S/4 HANA relies upon the HANA in-memory database.

This allows real-time processing and analysis of data, significantly enhancing business processes. The in-memory aspect of the SAP ECC vs. SAP ERP S/4 HANA comparison suggests a drastic shift in speed and efficiency.

Speed and Performance:

As suggested in the previous section, performance is a primary differentiator in the SAP ECC vs. SAP ERP S/4 HANA discussion. SAP S/4 HANA’s in-memory functionality implies far quicker reporting, analytics, and handling of transactions. Advanced calculations and simulations in SAP S/4 HANA are significantly faster than in SAP ECC, allowing for quicker decision-making and better responses to market changes, providing a competitive advantage.

User Interface and Experience

Beyond the back-end layout, user experience is also quite different between SAP ECC vs. SAP ERP S/4 HANA. SAP ECC utilizes the traditional SAP GUI, which, while functional, is perceived as clunky and outdated. SAP S/4 HANA uses the SAP Fiori user interface, one that is designed to be intuitive, modern, and device-independent. Fiori offers role-based experience, presenting users with only the data and operations they need, and thus increasing productivity and satisfaction. Caring for the UI is a significant aspect while comparing SAP ECC vs. SAP ERP S/4 HANA.

Functionality and Simplification

SAP S/4 HANA is not just a technology jump but also comes with substantial functional improvements and simplification compared to SAP ECC. The data model has been enhanced and rid of redundant features, making the processes more straightforward. SAP ECC vs. SAP ERP S/4 HANA function improvement includes embedded analytics, state-of-the-art planning functionalities, and embedded business processes. Real-time inventory management, predictive maintenance, and improved supply chain optimization are some of the advanced functions provided in SAP S/4 HANA.

Deployment Options

When SAP ECC and SAP ERP S/4 HANA are compared, the deployment options are also dissimilar. SAP ECC is normally deployed on-premise but with options for cloud hosting. SAP S/4 HANA provides more agile deployment options such as on-premise, cloud (public or private), and hybrid models. This means that organizations can select the deployment scenario best suited to their business requirements and IT strategy.

Cost and Implementation

The cost variations of SAP ECC versus SAP ERP S/4 HANA are significant. SAP S/4 HANA implementations generally have higher upfront costs for software licenses and implementation services. However, the long-term benefits of increased efficiency, reduced operational costs, and enhanced decision-making usually outweigh the upfront costs. SAP ECC-to-SAP S/4 HANA migration is typically a big project, requiring careful planning, data migration, and user training.

Future-Proofing and Innovation

The choice between SAP ECC and SAP ERP S/4 HANA impacts the future of a business. SAP S/4 HANA receives regular updates and enhances innovation with technologies like AI, machine learning, and IoT, while SAP ECC is nearing its end of life with upcoming support deadlines.

Making the Right Choice

Choosing between SAP ECC and SAP ERP S/4 HANA depends on your business needs, IT setup, and budget. SAP ECC may suit organizations with simpler requirements, while SAP S/4 HANA offers more power and innovation for companies aiming to compete effectively in the digital economy.

Conclusion

It can be overwhelming to sort through the intricacies of SAP ECC versus SAP ERP S/4 HANA. To understand which solution fits your business’s specific needs and objectives takes expert advice. At Lead Web Praxis Media, we provide full-service SAP consulting to inform your decisions and realize your business goals. Our experts of SAP consultants have profound understanding of SAP ECC as well as SAP S/4 HANA, thus enabling us to offer customized solutions that exactly fit your requirements.

We understand that SAP ECC to SAP S/4 HANA migration is a large project. That’s why we offer a range of services to support you at each and every stage, from initial planning and evaluation to implementation, data migration, and user training. Our experts will work with you to develop a customized migration strategy that minimizes disruption and maximizes return on SAP S/4 HANA.

Lead Web Praxis Media’s services don’t end with implementation. We also provide ongoing maintenance and support services to ensure your SAP S/4 HANA operates efficiently and effectively. Our consultants can help you streamline your business processes, leverage the latest SAP innovation, and remain compliant with regulatory requirements. We are committed to providing to you the highest level of service and support so you can focus on growing your business.

Whether to migrate from SAP ECC to SAP S/4 HANA or to go live on SAP S/4 HANA for the first time, Lead Web Praxis Media is your partner of choice. We boast a proven track record of successful SAP implementations across various industries. Our customer-centered approach, deep SAP expertise, and commitment to quality are what set us apart.

Don’t let SAP ECC vs. SAP ERP S/4 HANA overwhelm you. Visit Lead Web Praxis Media today and learn more about our SAP consulting solutions and how we can help you unlock the full potential of SAP S/4 HANA. Book a consultation with one of our SAP experts today. Let Lead Web Praxis Media lead you towards a more efficient, innovative, and competitive future with SAP S/4 HANA. We are here to assist you in making the best decision and achieving your business goals.

[thescientistglobalawards]

Quantum Computing in Cybersecurity

Quantum computing is emerging as a transformative force in the field of cybersecurity. Unlike classical computers, which rely on bits, quantum computers use qubits—units that can exist in multiple states simultaneously due to the principles of superposition and entanglement. These unique capabilities allow quantum computers to perform certain calculations exponentially faster than traditional machines, posing both unprecedented opportunities and serious threats to modern cryptographic systems.

One of the most significant impacts of quantum computing lies in its potential to break widely used encryption methods. Algorithms like RSA, ECC (Elliptic Curve Cryptography), and DSA underpin much of the world’s digital security. These algorithms are based on problems that are hard for classical computers to solve, such as integer factorization and discrete logarithms. However, Shor’s algorithm, a quantum algorithm, can solve these problems efficiently. Once large-scale quantum computers become available, they could decrypt sensitive information secured under these systems, rendering current public-key cryptography obsolete.

To address this challenge, researchers are rapidly developing post-quantum cryptography (PQC)—encryption algorithms that are believed to be resistant to quantum attacks. The U.S. National Institute of Standards and Technology (NIST) is actively leading efforts to standardize such quantum-resistant algorithms. Examples include lattice-based cryptography, hash-based signatures, and code-based encryption, which are designed to withstand attacks even from quantum computers. These new methods aim to protect data not only today but also in the future, anticipating a world where quantum technology is mainstream.

On the other hand, quantum computing also presents new tools for enhancing cybersecurity. Quantum Key Distribution (QKD) is a secure communication method that uses quantum mechanics to encrypt and transmit keys in such a way that any attempt to eavesdrop would be immediately detectable. QKD enables the creation of unbreakable encryption under ideal conditions, making it a promising technology for ultra-secure communication between government, military, and financial institutions.

However, the integration of quantum computing into cybersecurity is not without challenges. The practical deployment of quantum-safe protocols requires extensive changes to existing infrastructure. Moreover, current quantum computers are still in their early stages—known as Noisy Intermediate-Scale Quantum (NISQ) devices—which limits their immediate threat potential. Nonetheless, the concept of "harvest now, decrypt later" is a real concern, where adversaries collect encrypted data today with the intention of decrypting it using quantum systems in the future.

In conclusion, quantum computing is reshaping the landscape of cybersecurity, offering both disruptive threats and novel defenses. Preparing for this future involves a dual strategy: developing and deploying quantum-resistant cryptographic standards while exploring secure quantum-enhanced technologies like QKD. Governments, organizations, and researchers must collaborate to ensure a smooth and secure transition into the quantum era, safeguarding data in a world where computing power is no longer limited by classical constraints.

#QuantumComputing #Cybersecurity #EmergingTech#QuantumThreat #ShorsAlgorithm #EncryptionBreakthrough#PostQuantumCryptography #QuantumSafe #NISTStandards#QuantumKeyDistribution #QKD #UnbreakableEncryption#QuantumRisks #NISQ #DataSecurity#QuantumFuture #SecureTransition #QuantumCybersecurity The Scientist Global Awards

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[ncogofficial]

Post Quantum Algorithm: Securing the Future of Cryptography

Can current encryption meet the quantum future? With the entry of quantum computing, classical encryption techniques are under the immediate threat of compromise. There has come a new age with the post quantum algorithm as a vital solution. Having the capability to shield data from being vulnerable to quantum attacks, this fascinating technology promises digital security for the future decades. Different from classic crypto schemes, such algorithms resist even sophisticated quantum attacks. But how do they work, and why are they important? In this article, we’ll explore how post-quantum algorithms are reshaping the cybersecurity landscape — and what it means for the future of encryption.

What is a Post Quantum Algorithm?

A post quantum algorithm is an encryption technique implemented to secure sensitive information from the vast processing power of quantum computers. In contrast to the classic encryption method, which can be cracked using the help of algorithms like Shor’s by quantum computers, this new method takes advantage of maths problems that are difficult for both quantum and classical systems to calculate. Quantum computers employ qubits to process information at new rates, endangering the current state of encryption, such as RSA or ECC.

To counter this, post-quantum solutions employ methods such as lattice-based encryption, code-based cryptography, and hash-based signatures. These are long-term security frameworks that keep data safe, even when there are vast numbers of quantum computers available for cryptographic algorithms.

Why We Need Post Quantum Algorithms Today

Although quantum computers are not yet available, post-quantum implementation of the algorithms in the initial stages is unavoidable. Encryption is not for today — it’s for tomorrow’s data too. A cyberthief will tap encrypted data today and crack it when there’s quantum technology in the future.

The application of a post quantum algorithm nowadays assures long-term secure information protection. Government agencies, banks, and medical providers are already transitioning to quantum-resistant systems.

Types of Post Quantum Algorithms

There are various kinds of post quantum algorithms, and each one has special strengths-

Lattice-based Cryptography: Lattice-based cryptography holds most hope. It relies on lattice problems upon which to build security that even a highly capable quantum computer possesses no way of solving quickly. They do digital signatures and encryption, and are relatively fast. They are quite general, hence are in line for standardization.

Hash-based Cryptography: Hash-based cryptography is primarily digital signature-based. They enjoy the security of traditional cryptographic hash functions and are safe against known quantum attacks. Very secure and grown-up, but generally not employed for encryption due to their size and slow performance, these schemes are only suitable to protect firmware and software patches.

Multivariate Polynomial Cryptography: Multivariate Polynomial Cryptography: Multivariate polynomial cryptography consists of complex mathematical equations involving numerous variables. They provide compact signature generation and verification, which is advantageous in resource-limited settings such as embedded systems.

Code-based Cryptography: Code-based cryptography research has been conducted for many decades and employs error-correcting codes for encrypting and protecting information. It provides very good security against quantum attacks and is particularly suitable for encryption applications. Although code-based cryptosystems have large public key sizes, their long history of resistance makes them a popular selection for protecting information in the long term.

How Post-Quantum Algorithms Work

A post quantum algorithm relies on the concept of using mathematical problems that are hard to break through quantum computers. They are resistant to both classical and quantum attacks. One of them, lattice-based cryptography, uses vectors in high-dimensional space. It is still very hard to solve the lattice problems even for highly powerful quantum processors.

All of the suggested algorithms test extensively for performance, key size, and resistance against any known quantum attacks. The National Institute of Standards and Technology (NIST) coordinates the worldwide effort in testing and standardizing the algorithms. They will work on new cryptographic systems used to replace current systems that are vulnerable and offer long-term security of information in a world where quantum computers are readily available and extremely powerful.

Real-World Applications of Post-Quantum Algorithms

Post quantum algorithm application is not a theory. Many companies have already started using them-

Finance: Organisations in the finance sector employ quantum-resistant cryptography to protect confidential financial transactions and customer data. Financial information is confidential for decades, and quantum-safe encryption protects it from hacking in the future. Banks and payment processors are piloting and implementing post-quantum approaches into core security solutions.

Healthcare: The integrity and confidentiality of medical records form the basis of the healthcare business. Healthcare organizations and hospitals have been using quantum-secure encryption to secure patients’ data for decades. Health information is retained for many years, and post-quantum methods provide guarantees that such information will not be vulnerable to future computing breakthroughs.

Government: Government departments manage national security information that may be useful for many decades. Therefore, they are leading the adoption of post-quantum technologies, primarily for secure communication and sensitive documents. Military, intelligence, and diplomatic operations are investing in quantum-resistant technologies to prepare for the future.

Cloud Services: Cloud service providers deploy Quantum-resistant encryption. As cloud infrastructure is responsible for everything from document storage to software services, they have to ensure data protection both in transit and at rest. Cloud giants are experimenting with hybrid approaches that involve classical and post-quantum encryption to protect data even further.

Post Quantum Security in the Modern World

Security does not only mean encrypting information; it means expecting it. That is where post quantum security comes in. With billions of devices connected and more data exchanges taking place, organizations need to think ahead. One quantum attack will reveal millions of records. Adopting a post-quantum algorithm today, companies construct tomorrow-proof resilience.

Transitioning to Post Quantum Algorithms: Challenges Ahead

The transition to a post quantum algorithm presents a sequence of challenges for contemporary organizations. The majority of today’s digital architectures depend on outdated encryption algorithms such as RSA or ECC. Replacing those systems with quantum-resistant technology requires a lot of time, capital, and extensive testing. Post-quantum techniques have greater key lengths and increased computational overhead, affecting performance, particularly on outdated hardware.

To control this transition, companies have to start with proper risk analysis. Companies have to tag the systems handling sensitive or long-term data and have them upgraded initially. Having a clear migration timeline guarantees the process will be seamless. With early execution and adopting hybrid cryptography, companies can phase their systems gradually while being in advance of the quantum attack without sacrificing the security level.

Governments and Global Efforts Toward Quantum Safety

Governments across the globe are actively engaging in countering quantum computing risks. Governments recognize that tomorrow’s encryption must be quantum-resistant. Organizations such as the National Institute of Standards and Technology (NIST) spearhead initiatives globally by conducting the Post-Quantum Cryptography Standardization Process. The process is to identify the best post quantum algorithm to implement worldwide.

Parallely, nations finance research, sponsor academic research, and engage with private technology companies to develop quantum-resistant digital infrastructures. For the effectiveness of these breakthroughs, global cooperation is necessary. Governments need to collaborate in developing transparent policies, raising awareness, and providing education on quantum-safe procedures. These steps will determine the future of secure communications and data protection.

Understanding Post Quantum Encryption Technologies

Post quantum encryption employs post-quantum-resistant methods to encrypt digital information. This is in conjunction with a post quantum algorithm, which protects encrypted information such that no individual, even quantum computers, can access it. Whether it is emails, financial data, or government documents being protected, encryption is an essential aspect of data protection. Companies embracing quantum encryption today will be tomorrow’s leaders.

The Evolution of Cryptography with Post Quantum Cryptography

Post quantum cryptography is the future of secure communication. Traditional cryptographic systems based on problems like factorization are no longer efficient. Post quantum algorithm…

[gauravlearningsolutions]

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[3duard-p1gna]

Is there a better free way to encrypt information online using AI?

Encrypting messages is a way to ensure that only authorized individuals can read the contents of a message. There are various methods of encryption, ranging from simple techniques to highly secure, advanced systems. Below are several methods to encrypt messages, from basic to advanced encryption techniques:

**1. Caesar Cipher (Substitution Cipher) Description: One of the oldest encryption methods, where each letter in the plaintext is shifted by a fixed number of positions in the alphabet. Example: Shift by 3. Plaintext: HELLO Encrypted: KHOOR (H → K, E → H, L → O, etc.) Weakness: Easy to break with modern computing due to the limited number of possible shifts. Tips: Use a Caesar decoder online!!!! **

Vigenère Cipher Description: A method of encrypting alphabetic text using a series of different Caesar ciphers based on a keyword. The keyword determines the shifting of each letter. Example: Keyword: KEY Plaintext: HELLO Encrypted: Use the keyword "KEY" to shift the corresponding letters in "HELLO" (H → K, E → I, etc.). Weakness: Vulnerable to frequency analysis, but harder to break than the Caesar cipher.

Transposition Cipher Description: Instead of altering the letters themselves, this method rearranges the positions of the characters in the plaintext. Example: Plaintext: HELLO WORLD Rearranged (e.g., with a 2x6 grid): HLO OWR EL LD Encrypted: HLOOWREL LD Weakness: The pattern of rearrangement can sometimes be detected and broken.

One-Time Pad Description: A theoretically unbreakable encryption method that uses a random key (the "pad") that is as long as the message. The key is only used once and then discarded. How it works: The message is XORed with the key, bit by bit. The key must be truly random, at least as long as the message, and never reused. Strength: Perfect secrecy, but the challenge lies in securely sharing the key. Example: Plaintext: HELLO Key: XMCKL (random key) Encrypted: Use XOR encryption to get the ciphertext. Weakness: Key distribution is difficult, and the key must be kept completely secret.

Public Key Cryptography (Asymmetric Encryption) Description: Uses two keys: a public key (which is shared openly) and a private key (which is kept secret). A message encrypted with the public key can only be decrypted with the private key. Example: RSA (Rivest–Shamir–Adleman) is a well-known algorithm for asymmetric encryption. Public Key: Used to encrypt the message. Private Key: Used to decrypt the message. Strength: Offers secure communication over insecure channels, widely used in digital signatures, email encryption, etc. Weakness: Computationally intensive and requires the use of large prime numbers.

Symmetric Key Cryptography Description: Both the sender and the receiver share the same key to both encrypt and decrypt the message. The key must remain secret. Example: AES (Advanced Encryption Standard) is the most commonly used symmetric encryption algorithm. Plaintext: HELLO Key: A secret shared key. Encrypted: The message is transformed using AES encryption. Strength: Fast and secure when the key is kept secret. Weakness: Key distribution is a challenge—if the key is intercepted, the encryption is compromised.

Elliptic Curve Cryptography (ECC) Description: A form of public-key cryptography based on elliptic curves over finite fields. ECC offers the same level of security as RSA but with much shorter key sizes. Strength: Very efficient for mobile devices and low-resources environments, while still offering strong security. Example: Used in systems like SSL/TLS for securing websites. Weakness: Relatively newer and less widely adopted than RSA.

Steganography (Hidden Messages) Description: Rather than encrypting the message, steganography hides the message within another file (such as an image or audio file), making it invisible to the casual observer. Example: You could hide a secret message in the least significant bits of an image file. The image looks normal to the eye, but the message can be extracted using a steganographic tool. Strength: The message is not visible, making it harder to detect. Weakness: If someone knows to look for hidden data, it can still be extracted.

Secure Hash Algorithms (Hashing) Description: While not technically encryption, hashes are used to ensure the integrity of data. A hash function takes input data and generates a fixed-size string (hash) that uniquely represents the data. A hash cannot be decrypted back into the original message, but it can be used to verify that the data hasn't been altered. Examples: SHA-256 (used in Bitcoin) or MD5 (less secure). Strength: Integrity checking, and hash functions are fast to compute. Weakness: Hashes are not reversible (can't decrypt).

Hybrid Systems Description: Many systems combine both asymmetric and symmetric encryption for greater efficiency and security. For example, a public key can be used to exchange a symmetric key, and then the symmetric key is used to encrypt the actual message. Example: TLS (Transport Layer Security), used for secure browsing, uses asymmetric encryption to exchange a symmetric session key, which is then used for fast data encryption. Strength: Combines the best of both encryption worlds—strong security with efficiency. Weakness: More complex and may introduce potential vulnerabilities in key exchange processes.

Common Tools & Algorithms for Encryption GPG (GNU Privacy Guard): Uses asymmetric encryption for secure communication. OpenSSL: A toolkit that implements SSL and TLS protocols; can also be used for file encryption. TrueCrypt (now VeraCrypt): A tool for creating encrypted volumes to store sensitive data. BitLocker (Windows) / FileVault (macOS): Full-disk encryption solutions. Beautify Decoder:Beautify Converter is a free online code beautifier that includes tools for a variety of programming languages and file formats, such as CSV and PDF1. It allows you to add code and tidy it up, or even hide messages inside a photo or decode the message hidden inside an image.

Best Practices for Encrypting Messages Use Strong, Random Keys: For both symmetric and asymmetric encryption, key strength is critical. Use a long, random key to maximize security. Avoid Reusing Keys: Especially with the One-Time Pad and symmetric encryption methods. Secure the Key Exchange: For asymmetric encryption, ensure public keys are properly verified. For symmetric encryption, use a secure method (e.g., Diffie-Hellman or a secure channel). Encrypt the Whole Message: Ensure the message is fully encrypted, including any headers or metadata, if applicable.

**Do not look for metadata inside FB pics: In case you hid a message inside a picture, avoid to upload it on a platform that erases all the metadata inside, like Facebook. Try uploading the raw picture on a different platform, in such a way that the recipient will analyze and decode the proper image. **

The best encryption method depends on your needs—whether you're encrypting for privacy, ensuring data integrity, or securely transmitting messages across a network. For everyday use, a combination of public key encryption (e.g., RSA or ECC) and symmetric encryption (e.g., AES) offers a good balance of security and performance.

I ve tried beautifydecoder.com, dcode.fr, etherscan.io...

[minnathakim]

The Impact of Quantum Computing on Cryptography and Cybersecurity

The world is abuzz about quantum computing and its potential to revolutionize many industries. From simulating compounds to create new drugs to optimizing factory floors and global supply chains, the possibilities are endless. But what about cybersecurity? The truth is, quantum computers pose a threat, too. That’s because quantum computers are able to solve complex mathematical problems faster than their classical counterparts. This includes the factoring of large numbers, which is at the core of asymmetric encryption algorithms such as RSA and Elliptic Curve Cryptography (ECC). Eventually, this could render these methods obsolete, making data vulnerable to so-called “harvest now, decrypt later” attacks. A Deloitte poll found that 50% of respondents believe their organizations are at risk for these types of attacks.

Quantum computing has the power to decipher such asymmetric algorithms and expose private and sensitive information for the masses to see. This would be bad news, but the good news is that researchers have been working hard to develop quantum-resistant cryptography. If this What is techogle? is successful, it will protect against quantum computer code-breaking efforts, preserving trust in digital certificates, and encrypted messages.

So far, the technology has been limited to prototypes that run on a few qubits. But the race is on to build the first commercial quantum computer with thousands of qubits. Once this happens, the security implications will be enormous.

This is why it’s important for data center admins to stay on top of the latest developments in this field. In addition to watching thought leaders, they must also make sure their teams are preparing for the future. That means ensuring the right people are accessing quantum computing. This should include a mix of experts in the field and non-technical personnel who can work with it, such as security operations and business analysts.

While the earliest implementations of quantum computing will benefit those who have the most data to process, there’s no question that the technology will grow more broadly useful over time. For example, quantum computing will be a powerful tool for simulations that require physics-based modeling, such as simulating battery technologies to help improve electric cars, finding materials that can hold up to harsh operating conditions in space exploration, and identifying fraudulent patterns in financial transactions.

Quantum computing will also benefit those who need to crunch enormous amounts of data, such as weather and financial forecasters and those who technology news have to analyze massive datasets for insights into their businesses. The technology can reduce the amount of time it takes to perform these tasks and will also be more accurate.

However, the most controversial application of quantum computing involves breaking public-key encryption. The current encryption standard — the RSA algorithm — relies on the fact that the product of two large prime numbers is impossible to break using conventional computers, because it’s extremely difficult to factor large numbers. But a quantum computer will be able to quickly and easily solve this problem, rendering all existing public-key cryptography systems useless.

[lanshengic]

Microchip releases latest TrustAnchor safety IC to fully meet higher automotive safety certification requirements

【Lansheng Technology News】As cars become more connected and technologically advanced, the need for enhanced safety measures increases. The latest cybersecurity specifications from governments and automotive OEMs are beginning to include larger key sizes and the Edwards Curve ED25519 algorithm standard. To this end, Microchip Technology Inc. recently launched the latest trust anchor security ICTA101, which can meet complex automotive and embedded security use cases. TA101 supports large keys up to ECC P521, SHA512, RSA-4K and AES256, delivering higher security strength than current standards and leaving room for future adjustments while maintaining backward compatibility for smaller keys . TA101 provides CryptoAuthentication™ industrial-grade security IC and CryptoAutomotive™ security IC, supporting devices that meet AEC-Q100 Level 1 standards.

As the latest device in Microchip's security IC portfolio, the TA101 is designed to support automotive security, data center and industrial applications. The cryptographic companion device works with a microcontroller (MCU) or microprocessor (MPU) to handle cryptographic functions including public key infrastructure, certificate management and secure key storage requirements. TA101 provides easy patch updates, message verification, Transport Layer Security (TLS), secure boot, High-bandwidth Digital Content Protection (HDCP), firmware updates, security upgrades, ownership transfer, key management and WPC Qi® 1.3 authentication.

By providing off-chip components to handle secure boot and message verification, TA101 provides an alternative architecture for on-chip multi-core MCU/MPU management of in-vehicle networks. The device is compatible with a variety of MCUs or MPUs, providing a flexible solution that helps reduce costs and time to market.

The TA101 provides the U.S. Commercial National Security Algorithm (CNSA) required 1.0 algorithm suite and the ed25519 curve algorithm in a single IC. The TA101 is pre-programmed and pre-configured in Microchip Common Criteria ALC_DVS.2 certified facilities, reducing the risks associated with secure code development and implementation.

Lansheng Technology Limited, which is a spot stock distributor of many well-known brands, we have price advantage of the first-hand spot channel, and have technical supports.

Our main brands: STMicroelectronics, Toshiba, Microchip, Vishay, Marvell, ON Semiconductor, AOS, DIODES, Murata, Samsung, Hyundai/Hynix, Xilinx, Micron, Infinone, Texas Instruments, ADI, Maxim Integrated, NXP, etc

To learn more about our products, services, and capabilities, please visit our website at http://www.lanshengic.com

[highbartechnocrat]

Robotic Process Automation Game-Changing Transforming Indian Infrastructure

The proliferation of automation technologies is revolutionizing every industry. Robotic Process Automation is the most potential-packed innovation, unburdening different sectors by automating routine or less critical tasks. According to Gartner, RPA is the fastest-growing segment of the global enterprise software market and will reach 2 billion in 2021.

RPA is being deeply embedded in almost every facet of business and plays an intricate role in simplifying routine on-premise and off-premise endeavors. The high penetration of the technology is steering sectors into a world of competitive and agile working.

The global construction industry valued at $12.7 billion is looking to accelerate automation processes as a worldwide best practice. The pandemic further propelled the sector to embrace RPA while several India projects are aligning to similar goals under the Digital India Mission.

Engineering, Construction & Infrastructure projects compliance needs, supply chain management, comprehensive logistics, complex billing cycles and asset management require exhaustive processes.

Incorporating digital transformation solutions shall profoundly help scale projects' efficiencies with multi-dimension advantages, including time and cost.

Digital transformation benefits for infrastructure industry along with SAP ECC ERP & S/4 HANA processes -

Operational agility & scalability –

Infrastructure players are increasingly looking for agility. The digital workforce enables an enterprise to be able to upscale or downscale as per needs. Businesses can better respond to changing business challenges.

Massive productivity gains –

Infrastructure and construction projects are complex with high operational costs. RPA solutions liberate resources from numerous repetitive works and help divert efforts in other more strategic areas. With each project, an enterprise indulges in operational tasks when automated brings in massive productivity gains with speed, scale, and agility.

Streamlining process –

RPA plays a crucial role in reducing (TAT) turn-around time, removing process bottlenecks, and reducing deadline overruns. RPA offers contactless and paperless alternatives with higher accuracy and precision while encouraging lean and future-focused measures to sustain progress and become globally competitive.

Digging relevant business insights –

Autonomous bots deployed by the software generate relevant business analytics. The insights unearth profound business information that can navigate construction bottlenecks and growth possibilities.

Compliance efficiency –

Typically, the conventional approach to managing large-scale infrastructure projects through procurements to the payments cycle often results in potential revenue leakage. RPA ensures accuracy and minimal errors like on GST bills, eInvoicing processes, late penalty payments calculations, supplier relations, and more.

Construction projects of the future, backed by artificial intelligence, are likely to experience increased adoption of autonomous robots, minimal ergonomic risks, and more strategic decision-making.

With the continued adoption of bots working independently 24x7, the sector opts to gain advantages with consistent quality and productivity.

Written by — Mr. Ashok Wani, Head — Technology & Innovation, Highbar Technocrat Limited

Highbar Technocrat is one of the leading end-to-end IT solution provider for the Infrastructure, EC&O, Real Estate, and Power sectors. They are SAP Gold partner and offer a wide bouquet of digitally integrated solutions ranging from implementing SAP-based ERP solutions like S/4HANA, RISE, Cloud-based solutions to 5D BIM for mega infra-projects, RPA & IoT solutions, and many more. With an in-depth understanding and core competence of the construction & infrastructure industry, Highbar has demonstrated expertise in the Private, Public, and Government sectors covering roads, ports, smart cities, airports, railways, irrigation, power, water supply, as well as urban and industrial infrastructure like telecom, manufacturing, and mining sectors. Highbar is the perfect blend of domain knowledge in the infrastructure business with a team that is well equipped to understand and relate to the requirements of the sector.

To know more write us at enquiry@highbartech.com or call +91 8976711399

[architectnews]

Elysion Congress Centre Eindhoven Brainport

Elysion Congress Centre Eindhoven Brainport, Dutch UNStudio Building, ECC Netherlands Project News

Elysion Congress Centre Eindhoven Brainport by UNStudio

12 May 2021

Elysion Congress Centre Eindhoven Brainport News

Design: UNStudio

UNStudio in the winning consortium for the design, build, finance and operation of a landmark Congress and Conference Centre in the Netherlands.

Brainport Eindhoven is currently one of the leading innovative technology regions in Europe. To enhance its international positioning as an inspiring region of technology, design and knowledge, the Dutch city of Eindhoven has the ambition to realise a clearly identifiable, new, state of the art congress and conference centre.

A competition was therefore organised in 2020 inviting proposals for the design of a highly visible building, in addition to finding a consortium that can build, finance and operate a congress and conference centre on an international level.

To form the Elysion Consortium, DVP (Diepenhorst de Vos and Partners) and UNStudio decided to join forces with Van der Valk as client/operator and Huybregts Relou as contractor. Together with the design team of Van der Valk, Tielemans for structure and Quant Architecture, the team was completed with additional specialists in theatre technology and acoustics (PBTA), MEP and BREEAM (DVP smart concepts), Cost consultancy (ISIS bouwadvies) and future congress (Sixfingers).

In their proposal, the Elysion Consortium proposed extending the current Van der Valk Congress and Event location, which also houses hotel and restaurant facilities and is located at the border of a large parkland area that enjoys excellent connections to both Eindhoven Airport and the city centre. By so doing, the proposal facilitates the renovation and expansion of existing facilities, thereby limiting its impact on both the city centre and the environment.

On Thursday, April 29th, after careful assessment based on the award criteria, the members of the multidisciplinary assessment committee individually gave a positive opinion on the Elysion tender and the provisional award was granted to the Elysion consortium.

The consortium’s ambition is to expand the existing multifunctional space to a total area of 4,000 m2 and add a new 1,500 capacity flexible auditorium with a vertical foyer housing breakout spaces and catering areas.

The design

UNStudio’s Design Proposal for the Elysion Congress Centre (ECC) has been structured around 5 architectural interventions:

High impact landmark, low impact on surroundings The challenge for the city to create a landmark building, alongside the challenge for Van der Valk to maintain operations during the construction process, resulted in a unique design solution in which the extension of the congress centre is placed next to the existing building, while the auditorium is placed on top of the conference centre building.

This large cantilevered auditorium structure makes it possible to keep the existing hotel and conference centre fully operational during construction, while creating a clearly identifiable building with access to green parkland, excellent connections and space for logistics.

A foyer that connects people and programme

With its wooden staircases and vertical green gardens, the foyer functions as the main connector from the ground floor through the different levels of the building. This vertical foyer also houses multiple areas for relaxing, working and informal meeting for visitors. In addition, the foyer connects the entrances to the congress and conference areas, with multiple bars and access to outside spaces. It also functions as the connector for all the facilities and main logistics.

Green surroundings and a sustainable approach

The ECC is located at the border of the ‘Genneper Parken’, a large green space between the ring road (Brainport Avenue), the high-tech campus and the city centre.

The integration of the project into the Genneper Parken is visible on multiple levels. The park landscape flows onto the roof and under the elevated building. Visitors can relax on the roof or in the shade under the building and enjoy a healthy juice or a coffee before moving on. The Genneper Parken also houses large sport facilities, and as such acts as a driver for physical, mental and social health.

In the Elysion proposal, a part of the existing hotel building will also be demolished to strengthen the ecology of the adjoining ‘beekdal Tongelreep’ – an important waterway and brook valley with high scenic, ecological and cultural-historical value.

The facade of the congress centre is principally made from wood and glass. The ambition is to couple this with nitrogen dioxide absorbing surfaces – an innovative new nano-technology that can capture pollutants from its surroundings.

The new buildings will also be energy positive, generating more energy than they consume. By using innovative bromide flow batteries, energy can be stored for use during peak times. In addition, the location houses the largest regional charging station for electrical cars. The green ambition for the project is also expressed in the application for a BREEAM Outstanding rating for the design.

A new mobility hub for Brainport

The expansion of the congress facilities also necessitates an extension in the number of hotel rooms, parking spaces and leisure facilities. To accommodate this, the intention is to create a second hotel tower that manifests sport and leisure, while the parking area is a green extension, placed alongside Brainport Avenue.

By creating a sustainable mobility hub – with the existing park and ride and the new parking facilities – the location can not only become one of the main charging stations for electrical cars, it can also offer green alternatives for travel to Eindhoven city centre, such as the HOV connection, bicycles and other means of smart transportation.

A flexible solution for feasible exploitation

In order to ensure financial feasibility during exploitation, a proposal was developed to create a flexible and hybrid design for the 1,500-seat auditorium.

By creating different configurations within the conference space, the auditorium can be divided into four independent smaller auditoria, enabling smaller conferences to take place simultaneously within the building. When configured in this way, retractable seating also makes it possible for the lower auditorium to be used as a banquet hall while the other conference rooms are in use. In addition, a recording studio located in the conference centre will make it possible to host hybrid online and live events.

The main structure of the auditorium is built from a combination of wood and steel, while a large window provides visitors to the auditorium with a spectacular view to the skyline of Eindhoven.

The new congress centre has become part of the region-deal Brainport Eindhoven, within which 7 million euro has been made available towards its realisation. The ambition is for this new facility to be completed in 2025.

The Elysion Consortium comprises the following parties:

– Van der Valk: operator – UNStudio: architect – Quant architecture: architect – PBTA: theatre technology and acoustics – Adviesbureau Tielemans: structural engineer – DVP Smart Concepts: MEP and BREEAM – ISIS Bouwadvies: cost consultancy – Huybregts Relou: D&B contractor and BREEAM – DVP: Project management and tender management

UNStudio design team: Ben van Berkel, Gerard Loozekoot with Erwin Horstmanshof, Pietro Scarpa and Rebekah Tien, Yangkenan Li

Visualisations: Flying architecture

Elysion Congress Centre Eindhoven Brainport – Building Information

Title: ECC Eindhoven (Elysion Congress Centre), Netherlands, 2021

Client and Operator; Van der Valk Eindhoven (Luiten-van der Valk Beheer B.V.)Eindhoven Location: Aalsterweg Eindhoven, Netherlands Building surface: total 5,900 m2: 2,400 m2 extension of existing congress centre (1,600 m2) to a total of 4,000 m2) and auditorium 2,100m2 (1500 seats) Scope: Pre-concept design stage for design of Conference Centre and auditorium. On Masterplan level, vision for hotel facades, parking and landscape

Status: Competition 1st place, in progress

Credits for publication

UNStudio: Ben van Berkel, Gerard Loozekoot with Erwin Horstmanshof, Pietro Scarpa and Rebekah Tien, Yangkenan Li

Advisors for publication:

Client and Operator: Van der Valk, Eindhoven (Luiten-van der Valk Beheer B.V.)

Project management and tender management: DVP

D&B Contractor and BREEAM: Huybregts Relou

Architect: UNStudio and Quant Architectuur

Structure: Tielemans

MEP, BREEAM : DVP Smart Concepts

Theater technology and acoustics: PBTA

Cost consultancy: ISIS bouwadvies

Future Congress: Sixfingers

Communication: Skillz

DTP: Bramendevlam

Visualizations: Flying architecture

UNStudio

Elysion Congress Centre Eindhoven Brainport images / information from UNStudio Architects

Location: Eindhoven, The Netherlands

Dutch Brainport Designs

Contemporary Dutch Brainport Architecture

1 Mar 2019 Stichting Brainport Smart District, Helmond, The Netherlands Design: UNStudio Stichting Brainport Smart District

21 Nov 2016 Dutch Mountains in Eindhoven Brainport Design: Studio Marco Vermeulen, BLOC (Dutch Windwheel, CO2 smart grid) and Urban XChange image from architect Dutch Mountains in Eindhoven Brainport

Architecture in The Netherlands

Contemporary Dutch Architecture

Netherlands Architecture Designs – chronological list

Dutch Architecture News

Amsterdam Architecture Walking Tours by e-architect

Dutch Buildings

Eindhoven Buildings

18 Septemberplein C&A Building Architects: UNStudio photo © Evabloem 18 Septemberplein C&A Building

Website: Dutch Mountains Netherlands – page by BLOC

Dutch Architecture

Eindhoven Architecture

Philips Lighting Headquarters in Eindhoven Design: LAVA, with INBO and JHK photograph : Jonathan Andrew Philips Lighting Headquarters in Eindhoven

Villa Fifty-Fifty, Strijp-R Architects: Studioninedots photo : Frans Parthesius Villa Fifty-Fifty Eindhoven

V Tower Design: Wiel Arets Architects Valid Tower Eindhoven

Fontys Sports College Building Design: Mecanoo Fontys Sports College Eindhoven

Dutch Architect

UNStudio Architects

Comments / photos for the Elysion Congress Centre Eindhoven Brainport Architecture page welcome

Website: Eindhoven Brainport

The post Elysion Congress Centre Eindhoven Brainport appeared first on e-architect.

[honeyleesblog]

Revealing the Horoscope and Personality Traits of May 3 Born Individuals

They are unobtrusive individuals, creative ordinarily, with a proclivity for business. Empathic, profoundly touchy and tender: they can see the states of mind of others and frequently surmise their contemplations. Fair, merciful, they can get a sense of ownership with the issues and worries of their family and their current circumstance. They for the most part have a selfless way of behaving and need to have the option to accomplish something beneficial to other people. They normally impact their current circumstance. They can handily zero in on their life objectives, as well as mental work. They are much of the time picked by their subordinates. They are courageous and frequently venturesome, yet they can be caring. However long they are not disturbed, they can be exceptionally kind. They are exceptionally appended to a wide range of joy. They appreciate tossing parties for their companions. They don't change their place of home. They need to find success. They like to hear your full voice while giving discourses and appreciate singing. They are by and large exceptionally melodic, enriched with a decent ear. They don't worry pointlessly and don't scrutinize without a substantial explanation. They can be relied on in all commonsense and material matters. Quiet, circumspect individuals can be indefatigable laborers in spite of their emotional episodes and sentiments. They seldom keep away from marriage, and more often than not they become a blissful top of the family. The present birthday gives a great deal of essential energy. Such individuals are very unusual naturally, which frequently puts them in different planes and choppiness. In the event that they make due, to some degree to a limited extent, to control their propensity to joy, they can live to be exceptionally old. Revealing the Horoscope and Personality Traits of May 3 Born Individuals 

 Assuming your birthday is on May 3, your zodiac sign is Taurus May 3 - character and character character: vivacious, mindful, gifted, intense, irascible, peevish; calling: servant, philologist, educator; colors: pink, dark, dim; stone: peridot; creature: fox; plant: daffodil; fortunate numbers: 3,18,25,32,38,46 very fortunate number: 2 Occasions and observances - May 3 Argentina: Day of the Milanesa. Spain: Abanilla (Locale of Murcia): journey out of appreciation for the St Nick Cruz de Abanilla. Guatemala: Bricklayer's Day. Paraguay: Day of the Cross or Kurusდº Ara Costa Rica: Public Press Opportunity Day Spain: St Nick Cruz de La Palma: Day of the Sacred Cross and commemoration of the establishing of the city. Venezuela: Day of the May Cross. El Salvador: Day of the Cross. Spain: Cieza (Murcia) day of the Cross. Argentina: World Jador Day has been praised starting around 2018. Spain: Ubrique (Cდ¡diz): May crosses (Gamones Day). Spain: Sama de Grado (Realm of Asturias): Sacred Cross of May Day of the cross of wonders Spain: Caravaca de la Cruz (Locale of Murcia): Day of the Cross. St Nick Cruz, May Crosses, Gala of the Crosses. Backwoods Designer Day Spain: El Viso del Alcor (Seville): Celebrations de la St Nick Cruz. Colombia: San Pedro de los Milagros, benefactor holy person merriments of the Master of Supernatural occurrences. Spain: Granada: Day of the Cross. Spain: St Nick Cruz de Bezana (Cantabria): Day of the Cross. Honduras: Designer's Day. Spain: El Carpio (Cდ³rdoba): Journey of Nuestro Seდ±or Ecce Homo (supporter of El Carpio). Spain: St Nick Cruz de Tenerife: Day of the Cross, May Celebrations. Mexico: Day of the Sacred Cross, Day of the classicist (Starting around 2006). Spain: Ibros (Jaდ©n): Day of the Cross. Celebrations. Spain: Vega de Valdetronco (Valladolid) Celebrations of the Sacred Cross. Poland: Clean Constitution Day. May 3 VIP Birthday. Who was conceived that very day as you? 1901: Gino Cervi, Italian entertainer (d. 1974). 1901: Ebbe Schwartz, Danish games chief (d. 1964). 1902: Alfred Kastler, French physicist, 1966 Nobel Prize victor in physical science (d. 1984). 1903: Bing Crosby, American artist and entertainer (d. 1977). 1903: Georges Politzer, French thinker of Hungarian beginning (d. 1942). 1905: Adelino da Palma Carlos, Portuguese government official (d. 1992). 1906: Mary Astor, American entertainer (d. 1987). 1906: Pierre Vilar, French student of history and Hispanicist (d. 2003). 1913: William Motter Inge, American writer (d. 1973). 1914: Armando Bდ³, Argentine movie chief (d. 1981). 1914: Martდ­n de Riquer, essayist and Spanish medievalist (d. 2013). 1914: Josდ© R. Somoza, Nicaraguan military man (d. 2004). 1915: Stu Hart, Canadian expert grappler (d. 2003). 1916: Lდ©opold Simoneau, Canadian tenor (d. 2006). 1917: Kiro Gligorov, Macedonian government official and president (d. 2012). 1917: Alan S. Trueblood, Hispanicist, Cervantist and American interpreter (d. 2012). 1919: Pete Seeger, American artist (d. 2014). 1921: Sugar Beam Robinson, American fighter (d. 1989). 1921: Vasco Gonდ§alves, Portuguese government official (f. 2005). 1921: Josდ© დ?ngel Ezcurra, Spanish columnist and manager (d. 2010). 1924: Ken Tyrrell, English Equation 1 driver (d. 2001). 1924: Yehuda Amijai, Israeli essayist (d. 2000). 1924: Virgilio Expდ³sito, Argentine tango writer and musician (f. 1997). 1928: Jacques-Louis Lions, French mathematician (d. 2001). 1928: Carel Visser, Dutch craftsman (d. 2015). 1930: Juan Gelman, Argentine essayist (d. 2014). 1930: Luce Irigaray, French women's activist thinker. 1931: Aureliano Tapia Mდ©ndez, Mexican minister, essayist and history specialist (d. 2011). 1933: James Brown, American artist (d. 2006). 1933: Steven Weinberg, American physicist, Nobel Prize in Material science in 1979. 1934: Henry Cooper, English fighter (d. 2011). 1934: Georges Moustaki, French artist musician of Egyptian beginning. 1937: Nდ©lida Piდ±დ³n, Brazilian essayist. 1938: Lindsay Kemp, English artist, entertainer, emulate and choreographer. 1940: Konrad Board, German music maker (d. 1987). 1941: Nona Gaprindachvili, Georgian chess player. 1942: Marco Montoya, Argentine vocalist and author. 1942: Butch Otter, American legislator. 1951: Massimo Ranieri, Italian vocalist and entertainer. 1952: Allan Wells, Scottish competitor. 1953: Flor Nდºდ±ez, Venezuelan entertainer, who rose to acclaim during the 1980s. 1959: Ben Elton, English author and entertainer. 1960: Kathryn Smallwood, English competitor. 1960: Odiseo Bichir, Mexican film, theater and TV entertainer. 1961: Steve McClaren, English football trainer. 1965: Burglarize Brydon, Welsh entertainer and moderator. 1967: Juan Carlos Chirinos, Venezuelan author. 1967: Andrდ© Olbrich, German guitarist and arranger, of the band Blind Watchman. 1970: Pirry (Guillermo Prieto La Rotta), Colombian columnist. 1970: Diego Rafecas, Argentine producer. 1975: Ximo Cerdდ , Spanish teacher, researcher, essayist and artist. 1975: Christina Hendricks, American entertainer. 1975: Valentino Lanდºs, Mexican entertainer. 1977: Tyronn Lue, American ball player. 1977: Hiro Mashima, Japanese mangaka. 1977: Maryam Mirzajani, Iranian mathematician. (f. 2017) 1977: Gianella Neyra, Peruvian entertainer. 1977: Ben Olsen, American footballer. 1977: Noel Valladares, Honduran soccer player. 1978: Paul Banks, artist and English guitarist, of the band Interpol. 1979: Santiago Spirits, Ecuadorian soccer player. 1981: Farrah Franklin, American artist, of the band Predetermination's Youngster. 1981: Benoდ®t Cheyrou, French footballer. 1981: Salvador Zerboni, Mexican TV entertainer. 1982: Juan Carlos Cacho, Mexican soccer player. 1983: Romeo Castelen, Dutch footballer. 1985: Ezequiel Lavezzi, Argentine soccer player. 1987: Joey Montana, Panamanian artist. 1988: David Lafuente, Spanish artist, of the band Auryn. 1996: Noah Munck, American entertainer. 1996: Domantas Sabonis, Lithuanian ball player.

[lowkeynando]

The Antichrist (German: Der Antichrist) is a book by the philosopher Friedrich Nietzsche, originally published in 1895. Although it was written in 1888, its content made Franz Overbeck and Heinrich Köselitz delay its publication, along with Ecce Homo.[1] The German title can be translated into English as either The Anti-Christ or The Anti-Christian, depending on how the German word Christ is translated.[i] Nietzsche claims in the preface to have written the book for a very limited readership. To understand the book, he asserts that the reader "must be honest in intellectual matters to the point of hardness to so much as endure my seriousness, my passion". [2] The reader should be above politics and nationalism.

Also, the usefulness or harmfulness of truth should not be a concern. Characteristics such as "[strength which prefers questions for which no one today is sufficiently daring; courage for the forbidden" [2] are also needed. He disregards all other readers: [2] Christ Clone Trilogy is a Christian science fiction trilogy by the American novelist James BeauSeigneur, dealing with the end of the world by presenting a fictionalized version of Christian eschatology.

Good Omens: The Nice and Accurate

Prophecies of Agnes Nutter, Witch is a 1990 novel written as a collaboration between the English authors Terry Pratchett and Neils CLONES