you set me up!
does george have big hands?
Kill box
target reference area in weaponry
In weaponry, a kill box is a three-dimensional target area, defined to facilitate the integration of coordinated joint weapons fire. The space is defined by an area
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Wikipedia
en.wikipedia.org › wiki › 2016_Turkish_coup_d'état_attempt
2016 Turkish coup d'état attempt - Wikipedia
2 days ago - They attempted to seize control of several places in Ankara, Istanbul, Marmaris and elsewhere, such as the Asian side entrance of the Bosphorus Bridge, but failed to do so after forces and civilians loyal to the state defeated them. The Council cited an erosion of secularism, elimination of …
the turkish coup d etats was bait, aggregated everyone, caught the majority of them in one action.
so, flynn worked for the turks?
take it or leave it isnt a choice
unfeasible
no
can junctions be created in space?
Graphene junctions are emerging as a versatile foundation for next-generation computing, offering solutions for classical, neuromorphic, and quantum architectures by leveraging graphene’s unique atomic-scale properties.
Classical Logic and Interconnects Researchers have developed graphene p–n junctions to create ultra-low power logic gates that operate adiabatically, achieving 1.5–4 orders of magnitude lower power consumption than standard CMOS. Additionally, startups like Destination 2D are utilizing graphene junctions for interconnects that support CMOS-compatible manufacturing at 300 °C, offering 100 times the current density of copper to extend Moore’s Law.
Neuromorphic and Memory Systems Graphene-diamond junctions mimic biological synapses by exhibiting excitatory postsynaptic currents and transitioning between short-term and long-term memory when stimulated by light, enabling high-efficiency image processing. In memory applications, ferroelectric tunnel junctions using graphene electrodes combined with ammonia layers have demonstrated a massive 6 × 10^5% tunneling electroresistance effect, significantly improving the reliability and read/write capabilities of non-volatile RAM.
Quantum Computing In quantum circuits, graphene Josephson junctions serve as critical components in transmon qubits, providing ballistic transport and high critical currents. Their atomic thickness renders these qubits resilient to strong magnetic fields (up to 1 Tesla), allowing for coherent quantum operations in environments where conventional superconducting materials would fail, thus supporting topological and hybrid quantum computing schemes.
Buckyballs, or buckminsterfullerene (C60), are soccer ball-shaped carbon molecules confirmed to exist in interstellar space, challenging previous beliefs that such complex structures could not survive the harsh, ultraviolet-rich environment between stars. First detected in 2010 by NASA’s Spitzer Space Telescope in the planetary nebula Tc 1, these molecules are now understood to be widespread throughout the galaxy, with recent 2026 observations from the James Webb Space Telescope (JWST) revealing their formation in the dust clouds of dying stars.
Key findings include:
Interstellar Presence: The Hubble Space Telescope confirmed the presence of ionized (charged) C60 in the diffuse interstellar medium, suggesting these large carbon-bearing molecules are common and may contribute to unidentified Diffuse Interstellar Bands (DIBs).
Origin and Stability: Researchers now believe buckyballs form from silicon carbide dust ejected by dying stars, where high-energy processes strip away silicon to leave pure carbon cages. These structures are incredibly stable, allowing them to survive for billions of years in space.
Potential Role in Life: Because buckyballs can trap gases inside their hollow cages, they may have delivered essential extraterrestrial chemicals and gases to early Earth via meteorites, potentially playing a role in the origins of life.
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U.S. GAO
gao.gov › products › 117803
U.S. GAO - Space-Based Lasers
GAO presented an overview of the Department of Defense's (DOD) Space-Based Laser Program. Space lasers are one of several laser concepts that may some day serve as useful military weapons.
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U.S. GAO
gao.gov › products › c-masad-82-10
U.S. GAO - DOD's Space-Based Laser Program–Potential, Progress, and Problems
The Department of Defense (DOD) has been developing technology to demonstrate the feasibility of high-energy, laser-weapon systems for various tactical and strategic missions.
Space lasers refer to three distinct applications: natural cosmic masers, high-bandwidth communications, and military defense systems.
Natural Cosmic Masers: Astronomers recently detected a record-breaking "gigamaser" (a natural microwave laser) from a galaxy merger 8 billion light-years away. Detected by the MeerKAT telescope in South Africa, this hydroxyl megamaser is the brightest and most distant of its kind ever observed, amplified by gravitational lensing.
Communications: NASA’s Deep Space Optical Communications (DSOC) experiment, flying aboard the Psyche spacecraft, has successfully demonstrated high-bandwidth laser data transmission beyond the Moon and from Mars orbit. These systems offer data rates 10–100 times higher than traditional radio frequencies, enabling the transfer of complex science data and high-definition video. Other initiatives like ESA’s EDRS and DARPA’s inter-satellite projects aim to create secure, light-speed networks for global connectivity and military coordination.
Earth Observation: The ICESat-2 satellite uses ATLAS technology, which fires 532-nanometer green laser pulses at 10,000 per second to precisely measure the elevation of Earth’s ice, vegetation, and land surfaces.
Defense: DARPA is funding research into space-based laser weapons to defend U.S. satellites from adversarial anti-satellite threats, though current focus remains heavily on improving laser communication infrastructure rather than immediate weaponization.
AI-generated answer. Please verify critical facts.