paper
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paper texture
paper texture
seamless texture
Bond Paper: The Workhorse Surface
Bond paper is the quiet anchor of written life. Originally made from rag — cotton and linen remnants — it earns its name from the durability those fibers confer. Today it is often produced from high-quality wood pulp or cotton blends, but the character remains: an uncoated surface with perceptible tooth, slightly off-white in its natural state, that holds a pen or a printer's ink with equal steadiness. It is the paper of letterheads, contracts, and archival documents — surfaces meant to outlast the moment of their making.
Watercolor Paper: Tooth That Holds Color
Watercolor paper is defined by its capacity to absorb and hold water without warping — a property achieved through heavier weight (often 300 gsm or more) and deliberate surface texture. Three finishes exist: rough, which retains the wild impression of a laid mould; cold-pressed, the most popular, with a moderate tooth that catches pigment in its hollows; and hot-pressed, calendered smooth for fine detail. The paper's fibrous surface is not incidental — it is the instrument. Each wash settles differently depending on how deep the grain runs.
Kristen Rodgers
Director, Brand & Retail, Media plug and play
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Leading Brand, Retail & Media Verticals
At Plug and Play, Rodgers leads innovation strategy across four verticals: brand, retail, media, and advertising. Her mandate spans identifying cutting-edge technologies that improve sports-related brand experiences and retail operations, maintaining strategic partnerships with corporations, and overseeing the selection of startups into the ecosystem. She also organizes industry events, panels, and discussions on sports innovation and athlete entrepreneurship — roles that draw directly on her decade of on-camera storytelling and production experience working with 500+ media, sports, and entertainment clients.
Plug and Play: The Accelerator Behind the Role
Plug and Play Tech Center is one of the world's largest global startup accelerators and venture funds, running 3-month programs twice a year across verticals like Brand & Retail. Each cohort selects 25–30 startups vetted by Plug and Play's venture team, VC partners, and corporate partners — with no equity taken from participants. The Brand & Retail platform connects major CPGs, retailers, and brands with emerging technology startups, the exact arena Rodgers now directs. The organization's notable portfolio exits include Dropbox, PayPal, and LendingClub.
Sports Anchor Turned Innovation Director
Kristen Rodgers is the Director of Brand, Retail, Media & Advertising at Plug and Play Tech Center, based in the San Francisco Bay Area. Her path to venture innovation ran through broadcast journalism: she earned a B.A. in Broadcast and Digital Journalism from USC, served as sports anchor at KEZI-TV in Eugene, Oregon, then spent four years at FOX 29 in Philadelphia anchoring five nights a week and hosting Sports Sunday. In 2021 she left on-air work, joined Tagboard as Head of Media Partnerships, and then moved to Plug and Play — bringing a rare on-camera lens to startup scouting.
https://rocketreach.co/kristen-rodgers-email_242467849
https://www.crunchbase.com/organization/plug-and-play-brand-retail
David Cost
Chief digital officer of rainbow apparel co
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From PriceSCAN to Rainbow Shops
<cite index="9-9,9-10">Cost started working on the internet in the late 1990s and co-founded PriceSCAN.com, growing one of the early price-comparison shopping websites.</cite> <cite index="10-7">A graduate of the Wharton School at the University of Pennsylvania</cite>, he has spent his career as an early adopter across ecommerce cycles. <cite index="3-5,3-6">He has worked as a beta tester for startups including BloomReach, TellApart, and Instant Labs, and has sat on advisory boards for Salesforce Commerce Cloud, Shopify, Attentive, and Signifyd.</cite>
CDO Leading an 850-Store AI Push
<cite index="1-2">As Chief Digital Officer, David Cost is leading AI strategy and transformation across an 850-store retail operation.</cite> <cite index="1-12">With four decades of experience across every major tech wave, his advice to the next generation is: "Find the wave early, build the system before everyone else, and stay in the game long enough to win."</cite> <cite index="1-13">His current focus is on what it actually takes to make AI work at scale</cite> — moving Rainbow Apparel beyond experimentation into mature operating models and real consumer experiences.
The Two-Engineer Billion-Dollar Playbook
How many engineers does it take to run the ecommerce site for a retail company that does over a billion dollars in revenue per year? At Rainbow Shops, the answer is just 2. Cost has built something many people in ecommerce would say isn't possible — a lean, fast-moving digital operation that runs on vendor partnerships instead of a massive internal team. The strategy relies on being an early beta tester for emerging tools, letting technology partners carry engineering weight that most retailers absorb in-house.
LaunchPod | Product Management Podcast: The Anti-Headcount Billion-Dollar eCom Playbook | David Cost, CDO (Rainbow Shops)
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Bugs
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stitch
A blue alien that was created by a rogue scientist his original number name is 626. And his best friend is named lilo adopted him when he was acting like a pet . they have several tv shows and movies called lilo and stitch.
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árbol antiguo con raíces entrelazadas, majestuoso, mágico…
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# The Listening Vael pressed her palm to the bark and th…
# The Listening Vael pressed her palm to the bark and the tree remembered her. Not her face — trees don't think in faces — but the specific electrical signature of her doubt. It had catalogued that frequency seventeen years ago, when she was small enough to sleep in the root-hollows. Now it fed it back to her like a question. *You're still uncertain*, the pulse said. *Good.* Her commanding officer wanted a survey report: board-feet of usable timber, mineral density of the root-network, colonization viability. He'd handed her instruments calibrated to measure everything except the obvious. She wrote: *The forest is awake and has been watching the survey team since we landed. Recommend withdrawal.* He would dismiss it. She knew this. The tree knew this too. It dimmed its bioluminescence — not in defeat, she understood now — but the way something ancient dims when it decides to be patient. It had outlasted extinction events. It could outlast one colonial administrator. Vael filed her report and stayed anyway.
Primary waves and secondary waves
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**Primary Waves (P-waves)** Compression waves — the first…
**Primary Waves (P-waves)** Compression waves — the first to arrive. They push and pull through solid, liquid, and gas alike, squeezing rock like an accordion. Fast, efficient, indifferent. You rarely feel them; they pass through you the way a secret moves through a crowd. **Secondary Waves (S-waves)** Shear waves — the second knock. They arrive slower, moving matter side to side, unable to travel through liquid. These are the ones that shake walls loose from foundations, that tip bookshelves, that make the earth feel suddenly *unreliable*. They carry the real damage tucked inside their delay. **The interval between them** is how seismologists triangulate distance to an earthquake's epicenter — the longer the gap between the first tremor and the second, the farther away the source. Time measured in terror. A stopwatch buried in stone.
Primary waves and secondary waves going through the earth
Early Warning: Racing the S-Wave
P-waves are weak but fast; S-waves are slow but destructive. That gap — sometimes just seconds, sometimes a full minute — is the window earthquake early warning systems exploit. California's ShakeAlert system detects the P-wave at a sensor network, rushes the data to processing centers at the speed of light, and fires alerts to phones before the S-wave arrives. A magnitude 6.2 quake in Turkey in April 2025 delivered its first alert just 8 seconds after rupture, reaching over 11 million phones. Even a few seconds is enough to drop, cover, stop a train, or pause a surgery.
S-Waves: Slower, Stronger, Scarier
S-waves arrive second, but they do most of the damage. They travel at roughly 60% of P-wave speed — around 3–5 km/s in the crust — and move the ground sideways rather than compressing it. Structures are generally built to bear vertical loads, not lateral ones, which is why the side-to-side shearing of an S-wave is so destructive. They also attenuate faster with distance, which means close to the epicenter, their energy is concentrated and violent. The gap in arrival time between P and S is the one number seismologists care about most.
P-Waves: Speed of Sound in Stone
P-waves are the sprinters of the seismic world. In granite, they travel at roughly 5,000 meters per second — about 15 times faster than the speed of sound in air. In the Earth's crust generally, typical speeds range from 5 to 8 km/s. Because of this raw speed, they are always the first signal to register on a seismograph after a quake. They're also felt before they're heard — or rather, heard before you feel anything: some people report a low rumble an instant before the ground shakes, which is the P-wave arriving as a sound wave through the building itself.
A New Hope
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a new hope
a new hope
a retro-futuristic spaceship that embodies hope and cosmi…
a star field
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