Lois

"Do you hear the sound of an unborn thought?" "What color is the wind if no eye sees it?" "If a shadow had no shape, could it follow the light?" "What happens to an echo if no one hears its repetition?" "Can silence be louder than thunder if it holds the whole world within?" "Who are you if not your name, not your thoughts, and not your actions?" "When a mirror forgets to reflect, what does it see?" "If a drop dissolves in the ocean, does it disappear or become everything?" "When you catch the wind, who holds whom?" "Is there something or nothing in emptiness?"

Scientists are baffled by a mysterious blob they found on the ocean floor, deep underwater off the coast of Alaska. The bizarre object—which is about four inches in diameter and has a tannish-gold color—“struck an imaginative chord” with researchers and casual onlookers alike, the National Oceanic and Atmospheric Administration (NOAA) posted on X, formerly known as Twitter. Scientists stumbled upon the smooth, soft object stuck tightly to a rock about two miles below the surface of the Pacific Ocean on August 30. They had been using remotely operated vehicles (ROVs) to map deepwater habitats near Alaska as part of NOAA’s Seascape Alaska 5 expedition. In a live-stream of the mission, researchers can be heard discussing the puzzling discovery, throwing around their theories—and even a few jokes—about what it could be. Their guesses ranged from egg casing to coral to an encrusting sponge. And one trait that really caught their attention was a small hole in the object, as if something had gone in or come out. “It’s like the beginning of a horror movie,” one scientist said. “Pretty sure this is how the first episode of the ‘X Files’ started,” said another. https://www.smithsonianmag.com/smart-news/what-is-this-mysterious-golden-orb-scientists-found-on-the-ocean-floor-180982872/

Jesus has nothing to do with this! Another golden calf.

The golden calf is a thing that everyone understands. Your idea is unpopular with the masses because you are an unpopular person.

“The Golden Calf: A Memory of Sin” Conceptual Art Object Description The art object is a golden calf, cast in pure gold or covered with gold, created in memory of the event described in the Book of Exodus (Chapter 32)—the worship of the golden calf by the Israelites at Mount Sinai. The sculpture can be crafted in life-size, emphasizing its symbolic meaning as an object of misguidance and spiritual trial. Materials and Execution Material: Gold (or gold-plated metal for large-scale installations). Technique: Casting, engraving, inlay. Form: The calf may be depicted in a massive, monumental style or stylized with abstraction, symbolizing the transition from material worship to the realization of error. Dimensions: From small gallery-sized pieces to large-scale installations. Concept and Philosophy This object serves as both an accusation and a contemplation. It speaks to how humanity creates false idols, betraying true values. The core of this work lies in its irony: an image that once symbolized sin has now become a work of art, exhibited for reflection. Key themes: Worship of the material world. Gold symbolizes power, wealth, and strength, yet without spiritual depth, it remains empty. Cycles of history. Humanity continues to create new “golden calves,” whether in the form of money, technology, or ideologies. The memory of sin and the path to redemption. Unlike the biblical calf, this object does not demand worship—it demands thought. Possible Installation Elements A broken base – representing the destruction of the idol and the realization of error. A reflective surface – so viewers see themselves within the golden idol, prompting introspection about their relationship with materialism. Cracks or inscriptions on the calf’s body – biblical quotes or symbolic fracture lines.

Business Plan: Interactive Monument Cube with Augmented Reality 1. Project Description The project is an innovative interactive monument in the form of a massive cube that functions as a digital screen. Inside, users can appear as avatars controlled via an online platform. Passersby can observe what happens inside, while avatars can see the outside world through cameras embedded in the cube’s walls. 2. Problem & Solution Problem: Modern monuments and art installations are static and do not engage the audience in active interaction. Solution: Create a dynamic digital space where the real and virtual worlds merge, forming a new kind of art and public interaction. 3. Target Audience City residents and tourists seeking unique cultural landmarks Gamers and virtual reality enthusiasts Artists and digital creators Companies looking to host advertising campaigns and events in the cube 4. How It Works Online Access: Users register on the platform and create an avatar. Entering the Cube: Avatars appear in the cube’s virtual space and can interact with each other. Avatar Display: Their actions are projected onto the cube’s external screens, visible to passersby. Cameras & External Visualization: The cube is equipped with cameras streaming the outside world inside. Interactivity: Users can paint, communicate, perform, play games, or hold virtual exhibitions. 5. Gameplay Mechanics Artistic Activities: Drawing and creating art objects Performances and avatar dance shows Virtual quests and puzzles Collaborative creative projects Gamified interactions (points, levels, competitions) 6. Technical Implementation Software: Development of a platform allowing entry into the virtual world Hardware: High-definition LED screens, external and internal cameras, server infrastructure Interactive Elements: Touch panels, gesture control, voice control 7. Funding Investment Sources: Venture funds interested in AR/VR projects Grants and government subsidies for digital art development Crowdfunding and donations Partnerships with brands and advertisers 8. Monetization Paid access to the virtual space Sale of virtual items (skins, creative tools) Space rental for events and advertising Virtual exhibitions and NFT auctions 9. Marketing Strategy Virtual presentations and demos in the metaverse Collaborations with popular artists, streamers, and brands Social media campaigns with hashtags Public events and test launches in major cities 10. Conclusion & Future Prospects This project merges technology, art, and game mechanics to create a unique interactive experience. If successfully implemented, it could become a tourist attraction, a next-generation art object, and a commercially viable platform.

You are an expert on some children's issues. I am Jewish.

Edmund Husserl: Phenomenology Emil Kio: A bunch of tricks Édouard Bénédictus: Bulletproof glass Rosalyn Sussman Yalow: Method for determining insulin in the blood

William Stein: Structure of ribonuclease Ferdinand Cohn: Microbiology Alexander Friedman: Modern cosmology and the Big Bang Theory Alexander Evgenievich Fersman: Geochemistry Max Factor: Modern cosmetics and makeup Hyman (Haim) George Rickover: Nuclear submarine Georg de Hevesy: The method of "labeled atoms" Christian Friedrich Samuel Hahnemann: Homeopathy Chaim Weizmann: A new method for producing acetone, necessary for the manufacture of ammunition Emma Goldman: Modern anarchism Edwin Land: Polaroid camera and spy listening devices Erich Fromm: Neo-Freudianism

Moses Nostradamus: Mysterious knowledge Albert Abraham Michelson: Interferometer Milton Friedman: Monetary economic theory Matvey Bronstein: Quantum theory of gravity Mikhail Leontyevich Mil: Mi series helicopters Mints Alexander Lvovich: A new principle of accelerator operation, using automatic regulation of parameters based on information from an accelerated particle beam, which was implemented on a synchrotron with a proton beam energy of 76 GeV in Serpukhov Norbert Wiener: Cybernetics Nudelman Alexander Emmanuilovich: N-23, NS-37, NS-45 and NS-57 aircraft guns Tadeusz Reichstein: Ascorbic acid Robert Hofstadter: X-ray and gamma-ray counters Jack Steinberger: Two different types of neutrinos and antineutrinos - electron and muon Samuel Morse: Telegraph apparatus and Morse code Pavel Grigoryevich Tager: Soviet sound cinema Edward Teller: Hydrogen and atomic bombs (with assistants). Together with G. Gamow - the selection rule for beta decay Theodore Herzl: Political Zionism Lev Termen: Synthesizer (theremin), capacitive security alarm William Fox: 20th Century Fox film corporation

Joseph Yakovlevich Kotin: Heavy tanks KV-2, KV-16, KV-85, IS-1, IS-2, heavy self-propelled artillery installations SU-152, ISU-152, ISU-122. He led the development of heavy tanks IS-4, T-10, floating tank PT-76, floating armored personnel carrier BTR-50P, logging tractor KT-12, wheeled tractor K-700, etc. John Kemeny: BASIC and the Internet René Cassin: Declaration of Human Rights Clara Zetkin: March 8 (In memory of the feat of Queen Esther, who saved her people) Leon Trotsky: Revolution in Russia Levi Strauss: Jeans Lavochkin (Aizikovich) Semyon Alekseevich: La and LaG series aircraft, the Burya cruise missile Lipman Gabriel Jonas: Integral photography method, a method of photographic reproduction of colors based on the phenomenon of interference Salvador Edward Luria: Genetics of microorganisms, genetic structure of bacteria and viruses Ludwig Zamenhof: Esperanto Lev Landau: Theory of superfluidity of helium-2, theories of condensed matter Leonid Utesov (Vaynsbein): Soviet jazz Moses: Religion of ethical monotheism + Bible Otto Meyerhof: Biochemistry Marcel Marceau (Isar Yossel): Modern pantomime Ilya Ilyich Mechnikov: Comparative pathology, evolutionary embryology, immunology and microbiology

Mary: 'Invented' Jesus Christ Jews (all together): One day of rest per week King David: Book of Psalms James Clerk Maxwell: Theory of the electromagnetic field Josephson: Josephson effect Selman Waksman: Streptomycin - the first effective treatment for tuberculosis Sigmund Freud: Psychoanalysis Isaac Luria: Hasidism Jesus Christ and the apostles: Christianity Isaac Singer: Sewing machine Joseph Shklovsky: Modern astrophysics Isidor Rabi: Radio spectroscopy Gavriil Abramovich Ilizarov: Method of bone growth Yuri Vasilyevich Kondratyuk (Alexander Ignatievich Shargey): Basic rocket motion equation Karl Marx: Communism Christopher Columbus: America Kazimir Funk: Vitamins Leonid Kantorovich: Linear programming, one of the founders of the theory of optimal planning and management of the national economy, the theory of optimal use of raw materials.

Albert Einstein: Theory of relativity André Citroën: Citroën automobile Isaac Asimov: Three Laws of Robotics Alexander Luria: Neuropsychology Julius Axelrod: Humoral transmitters in nerve endings and the mechanisms of their storage, release, and inactivation Alexander Samoilov: Electrophysiology Anatoly Rapoport: The connection between language, thought, and action Alexei Abrikosov: Theory of magnetic properties of superconducting alloys, theory of semimetals like bismuth, theory of short-range spin glasses, theory of high-temperature superconductivity August Wassermann: Wassermann test for syphilis Genrikh Altshuller: Theory of Inventive Problem Solving Baruch (Benedict) Spinoza: Ethical philosophy Betty Friedan: Feminism Max Born: Quantum mechanics Andrey Budker: Theory of cyclic accelerators Boris Rosing: Television Boris Semenovich Jacobi: Electric motor and electroplating Baruch Blumberg: Hepatitis B antigen Emil Berliner: Telephone microphone, gramophone, and helicopter Bruno Pontecorvo: Neutron logging method for prospecting oil-bearing areas, as well as a method for detecting neutrinos Niels Henrik David Bohr: Theory of atomic reactions and nuclear energy Paul Berg: Genetic engineering Hans Albrecht Bethe: Discovered the source of stellar energy Sergey Brin: Google Boris Zbarsky: Bactericide used to embalm Lenin Richard Martin Willstätter: Chemical structure of alkaloids, blood pigments, chlorophylls, enzymes, and cocaine. Synthetic cocaine Vladimir Khavkin: Anti-plague and anti-cholera vaccines Waksman: Antibiotics Gustav Ludwig Hertz: Quantum mechanics Gregory Pincus: Oral contraceptives Leopold Godowsky: Color photography Grigory Yavlinsky: Yabloko Party Mikhail Iosifovich Gurevich, together with Mikoyan: MiG-1 fighter jet, designed for high-altitude air combat. After improvements, the MiG-3 fighter was widely used on the fronts of the war. After the war, Gurevich, together with Mikoyan, designed the first Soviet high-speed jet fighters of the MiG series - MiG-9 (1945), MiG-15 (1947), MiG-17 (1949), as well as the supersonic fighters MiG-19 (1955), MiG-21

Look at the people with hands