NerdMoms

NerdMoms All manner of nerdiness is encouraged here. We love nerdy activities, nerdy news, nerdy work, and especially nerdy kids. As you may have surmised, I'm a mom.

A quirky poly-hobbyist creator that blends yarn alchemy, dogs, microelectronics, and 3D printing into cozy, clever things that help people connect, learn, and create. NerdMoms is part nerd club and part consulting firm, spreading nerdiness around like β⁻. I am deeply concerned about my not-so-little digital natives entry into the digital world. At NerdMoms not only do we support business but consu

lting with parents on managing the debut of their digital natives into the virtual world is near and dear to our hearts. We recognize the importance of learning to code and being familiar with technology, both for individual career development and for advancing computational thought. This applies to kids AND adults. We tutor both in a variety of technologies to ensure everyone understands:
-The power of the technology they wield;
-How to explore the potential of coding;
-The permanence of posts online, and online reputation management;
-Digital empathy versus empathy;
-How to recognize cyber-bullying or cyber-threats, as well as "bad actors" that might target for grooming;
-Digital security and digital risk, for businesses, households, adults and children;
-How to recognize the role their virtual life can play in their LIFE without taking over. Oh and tons more...

We've had lots of questions and found many answers. For the problems with no answer we come up with solutions. For the most part we learn best from trial and error...lots of error. You can add your ideas, learn from our errors, gather information you need and even get help right here.

08/17/2026
Yess!!! ❤️🧶
07/31/2026

Yess!!! ❤️🧶

For generations, some of the world's brightest mathematicians were trying to explain a shape that almost seemed to defy reality. Hyperbolic geometry—where space curves away from itself like ruffled lettuce or coral—was notoriously difficult to visualize. Professors folded paper, sliced models from cardboard, and carefully assembled delicate constructions that often tore apart before a semester was over. It was one of mathematics' most frustrating teaching problems.

The breakthrough didn't come from a laboratory. It came with a crochet hook.

In 1997, Latvian mathematician Daina Taimina was searching for a better way to teach her students when she noticed something unexpected. By adding stitches at regular intervals while crocheting, the fabric refused to stay flat. Instead, it rippled and curled into the very shape mathematicians had struggled for decades to demonstrate.

It looked almost too simple to be taken seriously.

Some colleagues initially assumed the colorful yarn models were little more than clever crafts. But the mathematics was exact. Every carefully placed increase produced an authentic hyperbolic surface—one that students could hold, bend, and examine from every angle without destroying it. Suddenly, an abstract concept that had baffled generations became something you could pass around a classroom.

The idea spread far beyond mathematics departments. Scientists used the models to explain everything from coral reefs and sea slugs to the folds of kale leaves and certain biological structures found in nature. Artists embraced the unexpected beauty of the forms, while educators around the world abandoned fragile paper models in favor of crocheted ones that lasted for years.

Perhaps the most remarkable part of the story is that one of the most elegant advances in teaching advanced mathematics didn't require a supercomputer or expensive technology. It required recognizing that an ancient textile craft could solve a modern mathematical problem—a reminder that breakthroughs sometimes appear where no one thinks to look, until someone is willing to see them differently.

07/22/2026

Love it. Brilliant little spiders.

07/19/2026

❤️

05/23/2026

Today the FBI released a warning the public about Kali365—an emerging Phishing-as-a-Service (PhaaS) platform. Kali365, first seen in April 2026, enables cyber threat actors to obtain Microsoft 365 access tokens and bypass multi-factor authentication (MFA) protocols without intercepting the user’s credentials. The platform allows less-skilled attackers access to AI-generated phishing lures, automated campaign templates, real-time targeted individual/entity tracking dashboards, and OAuth token capture capabilities.

Learn more about how the scam works and review recommendations on how to protect yourself: ic3.gov/PSA/2026/PSA260521

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