Fresh baked treats & cookies ready for today’s bake sale 🐾🍪
All natural grain-free dog treats from Roscoe & Stella Dog Treats plus Laryece’s Vegan Allergen Free Sun Butter Cookies for humans 💜
📍668 Lenox Ave Waukegan
🕘 9AM – 4PM
Fresh baked treats & cookies ready for today’s bake sale 🐾🍪
All natural grain-free dog treats from Roscoe & Stella Dog Treats plus Laryece’s Vegan Allergen Free Sun Butter Cookies for humans 💜
📍668 Lenox Ave Waukegan
🕘 9AM – 4PM
BLM Bake Sale - Fresh baked goodies, grain-free dog treats & vegan allergen free cookies available today 🐾🍪 Come shop local and support the community 💜
Someone I know is part of organising this!
Update: and they're ill, so it's being postponed. More when I know more!
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Date: WAS Saturday 25 April 2026, now not sure yet about the rescheduling.
Time: 12 noon till 4pm.
Event: Covid Community Care Fundraiser.
• Vegan bake sale with gluten-free options.
• Crafts: make stickers and mask chains.
Location: Outdoors at the Rising Sun Arts Centre, Reading, RG1 2ST, with access to the toilets indoors. Free masks provided.
Covid precautions:
- Masks required, FFP2 or better, at all times in craft/bake sale area. Please step away if you need a break or to eat or drink. Free masks provided.
- Do not attend if you have any symptoms of contagious illness such as a cough or cold.
- If you wish to attend and cannot wear a mask, please contact us beforehand so we can arrange a PlusLife covid test for you.
- Even if you will be masking, covid testing beforehand with Rapid Antigen Tests (widely available in boots, superdrug, savers, etc) is encouraged! These tests are more reliable if you can take two, 48 hours apart.
- We will be outdoors outside of the arts centre, but we will have access to toilets indoors.
Please contact us if you have any questions or access requirements.
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Their official contact is via Instagram:
https://www.instagram.com/p/DW4ofBhiood/
But if you can't do Insta, I don't mind passing on enquiries.
#Rdg #Berkshire #England #CovidCautious #CovidCareful #Masks4All #BakeSale

31 likes, 0 comments - rradicallibrary on April 8, 2026: "Covid Community Care Fundraiser Masks required! - FFP2 or better Rising Sun Arts Centre, Reading, RG1 2ST (we will be outdoors 12-4pm, 25th April Free masks provided! vegan bake sale, gluten free options! Crafts! Make stickers and mask chains! Access info! -Masks required at all times in craft/bake sale area. Please step away if you need a break or to eat or drink. - Do not attend if you have any symptoms of contagious illness such as a cough or cold. - if you wish to attend and cannot wear a mask, please contact us beforehand so we can arrange a PlusLife covid test for you. - Even if you will be masking, covid testing beforehand with Rapid Antigen Tests (widely available in boots, superdrug, savers, etc) is encouraged! These tests are more reliable if you can take 2, 48hrs apart. - we will be outdoors outside of the arts centre, but we will have access to toilets indoors. Please contact us if you have any questions or access requirements".
SEBADOH
bakesale
suédée par Prosperi Buri
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#pochettededisque #sebadoh #bakesale #copiecd #enattendantdavoirlalbum #putaincestcherunvinyle
Recent advances in synthetic methods enable designing subunits that self-assemble into structures with precise, finite sizes and well-defined architectures, but yields are frequently suppressed by the formation of off-target metastable structures. Increasing the complexity (the number of distinct subunit types) can inhibit off-target structures, but leads to slower kinetics and higher synthesis costs. Here, we study icosahedral shells formed of programmable triangular subunits as a model system, and identify design principles that produce the highest target yield at the lowest complexity. We use a symmetry-based construction to create a range of design complexities, starting from the maximal symmetry Caspar-Klug assembly up to the fully addressable, zero-symmetry assembly. Kinetic Monte Carlo simulations reveal that the most prominent defects leading to off-target assemblies are disclinations at sites of rotational symmetry. We derive symmetry-based rules for identifying the optimal (lowest-complexity, highest-symmetry) design that inhibits these disclinations, leading to robust, high-fidelity assembly of targets with arbitrarily large, yet precise, finite sizes. The optimal complexity varies non-monotonically with target size, with `magic' sizes appearing for high-symmetry designs in which symmetry axes do not intersect vertices of the triangular net. The optimal designs at magic sizes require 12 times fewer inequivalent interaction-types than the (minimal symmetry) fully addressable construction, which greatly reduces the timescale and experimental cost required to achieve high fidelity assembly of large targets. This symmetry-based principle for pruning off-target assembly generalizes to diverse architectures with different topologies.
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