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this is from the first day i worked the tour, kinda simplistic really dark
taken with them coming directly from stage.
view ORIGINAL size for best quality
Strobist
-ab1600 thru octabox boomed directly above extremely high
-ab800 back left thru beauty dish boomed above
5d mrk ii
50mm f1.4 usm
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ALL IMAGES ©OPYWRITTEN BY Evan Dell Photography NONE ARE TO BE USED/POSTED/DUPLICATED ETC. WITHOUT OUR PERMISSION
Esse eu comprei pra aproveitar o frete. Qdo chegou foi uma agradável surpresa, pq ele é muito lindo!
Base Fortalecedora Vefic
2x Decoded
Jeffrey M. Drazen, Editor-in-Chief, The New England Journal of Medicine, USA, Cao Xuetao, President, Chinese Academy of Medical Sciences, People's Republic of China and Katrine Bosley, Chief Executive Officer, Editas Medicine, USA at the World Economic Forum - Annual Meeting of the New Champions in Dalian, People's Republic of China 2015. Copyright by World Economic Forum / Sikarin Fon Thanachaiary
Giga quadrature decoders via interrupt.
Arduino Giga R1 with 5x quadrature decoders. All inputs are read every 132us. This takes about 420.5 ns to process all 5 decoders in the interrupt routine. The max decoder speed is 4Khz on all 5 decoders (with 132 us sample time). With an encoder of 50 pulses per rev, the max motor rotation speed is (4000/50)*60 = 4800 tr/min.
The computation time is measured via the output pin D22 which sets the pin high when entering the interrupt and back low when exiting the interrupt routine. The Arduino Due is used here to provide a pulse on pin D2 of the Giga every 132 us as a signal to read and process the decoders.
Note: The speed is 11x higher than the Due version.
( )
A. It’s a modern art.
B. A part of melting snowman.
C. A dismembered matchstick man.
D. Just some strokes, shapes and two
photos, nothing funny.
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Self-decoding
Super highres render of the V&A Decode identity (A special version rendered in Sunflow for the VIP invites). Open source identity project website: decode.googlecode.com/
How did we get here
When I used to know you so well?
How did we get here?
Well, I think I know
Do you see what we've done?
We're gonna make such fools of ourselves
Recuerdo del verano en viña... ganas de volver a esos dias
Drawing I made of an old Blonder-Tongue Wometco Home Theater subscription television decoder box. These were connected between an antenna and TV set and descrambled over-the-air pay TV programs. This was popular before cable premium movie channels or in areas with no cable television service. In New Jersey Wometco owned WWHT Channel 68 in Newark and aired WHT on WRBV Channel 65 in Vineland during the nighttime during that station's early years (Blonder-Tongue previously operated a subscription TV service Channel 68 but it was not successful).
WHT opening music, after this the picture would go haywire and sound would go off if you weren't a subscriber with a decoder...
Participants during the Session "Decoding Biases: Diversity by Design" at the Annual Meeting 2018 of the World Economic Forum in Davos, January 23, 2018
Copyright by World Economic Forum / Sandra Blaser
Sergiu Pasca arrived at his Stanford lab on October 28, 2025, dressed like a scientist from another era. The navy suit, the precisely knotted tie, the substantial black frames all evoked that postwar period when researchers believed they could decode the fundamental mysteries of life itself. But the work happening in his laboratory at the Clark Center represents something thoroughly contemporary: growing human brain tissue in dishes to understand psychiatric disease.
The photograph captures him surrounded by the tools of his trade. Molecular models sit on the desk before him, physical representations of the chemical architecture underlying consciousness itself. Framed certificates hang shadowed on the wall behind. Everything arranged with precision, yet something in his expression suggests the restless intelligence that drives breakthrough science.
Pasca has accomplished what many thought impossible. His assembloids, organized clusters of human brain cells that recapitulate specific regions and their connections, have fundamentally altered how neuroscience approaches mental illness. These aren't merely collections of neurons floating in culture medium. They're structured tissues that develop recognizable features of cortex, striatum, thalamus. More remarkably, when fused together, they form connections that mimic how different brain regions communicate in living humans.
The implications ripple outward. For the first time, researchers can watch human brain development unfold in real time, introduce genetic variations linked to autism or schizophrenia, and observe the cellular consequences. No need for autopsy tissue or animal models that approximate but never fully capture human neurobiology. The actual substrate of human thought, grown from stem cells, available for study.
He came to this work through an unusual path. Born in Romania, trained in medicine before turning to research, Pasca brought a clinician's attention to human suffering alongside a scientist's appetite for mechanism. His early papers on Timothy syndrome, a rare genetic condition causing autism and heart defects, revealed how calcium channel mutations disrupted cortical development. But it was the assembloid work that established him as a pioneer.
By his late thirties, he was directing his own center, publishing in Science and Nature, being recognized with awards typically reserved for researchers decades older. The compression of achievement suggests not just talent but a particular kind of obsessive focus. He had found his problem: how brains build themselves and what goes wrong in psychiatric disease.
The assembloid studies have yielded concrete insights. In certain forms of autism, the difficulty lies not in individual neurons but in how brain regions communicate. His team fused cortical and striatal organoids and watched the connections form aberrantly in tissue carrying autism-associated mutations. Other work revealed how neural stem cells in schizophrenia patients show accelerated maturation, potentially explaining the timing of symptom onset.
This represents detective work at the cellular scale, tracking developmental divergences that manifest years later as a child who cannot speak or an adult who experiences psychosis. The molecular models on his desk aren't decorative but essential: they represent the chemical reality underlying every thought, every perception, every psychiatric symptom.
What makes Pasca's approach distinctive is its philosophical grounding in experimental rigor. By creating these miniature brain circuits, he's solved one of neuroscience's oldest problems: access to living human tissue during the critical period when circuits form. The assembloids provide a window into processes previously hidden, happening in utero or early childhood, long before symptoms appear.
The work has practical applications. Pharmaceutical companies use assembloids to test drug candidates on actual human brain tissue. Clinicians may eventually use patient-derived organoids to predict treatment response. But the deeper contribution is conceptual: a new way to think about brain development and its vulnerabilities.
That October afternoon, photographed in his laboratory, Pasca embodied a particular type of scientist. The formal attire speaks to seriousness of purpose. The molecular models and certificates frame achievement already substantial. But the eyes suggest someone still engaged with fundamental questions, still building toward insights not yet realized. He's made brains in dishes not as spectacle but as tool, a means toward helping people whose brains diverged from typical developmental trajectories.
His career will likely be defined by this work. The questions he's pursuing couldn't be more urgent: What causes autism? Why does schizophrenia emerge in early adulthood? Can we intervene earlier, more precisely? The answers are taking shape in his lab, one assembloid at a time, grown from stem cells into structures that think but cannot yet speak.
Wembley Stadium De-Coded
Wembley Stadium – built for the British Empire Exhibition – 1924 to 1925.
The original stadium incorporated the ‘Twin Towers’ and the ’39 Steps’ to the Royal Box allowing the winners to collect their medals and trophies from ‘Your HIGHness’ the Sovereign King or Queen of the Empire.
The stadium's first turf was cut by King George V – monARCH of Great Britain.
The demolition of Wembley’s Twin Towers commenced in December 2002 – a year after the US WTC 911 disaster (Sept 2001).
Wembley’s old Twin Towers would be replaced by a new stadium incorporating a grand ILLUMINATED ARCH spanning the hallowed turf of the Wembley playing field.
The present day stadium was opened in 2007 – symbolically a new SOLOMON’S TEMPLE of WORSHIP for the EMPIRE complete with a metaphorical ‘ARK of the COVENANT’ – the ILLUMINATED ARCH.
Oddly, the new Wembley Stadium in London, England appears to symbolize the progressive AMERICA of the 21st Century – PACIFIC CRESCENT on the WEST and ATLANTIC CRESCENT to the EAST.
The ‘GRAND ILLUMINATED ARCH’ spanning COAST to COAST….
21st Century AMERICA now firmly under CONTRACT with the monARCHy…?
(The original stadium's distinctive Twin Towers became its trademark and nickname. Also well known were the 39 steps needed to be climbed to reach the Royal box and collect a trophy (and winners'/losers' medals). Wembley was the first pitch to be referred to as "Hallowed Turf", with many stadia around the world borrowing this phrase).
pubastrology.files.wordpress.com/2021/10/noahs-ark-of-the...
_https://pubastrology.files.wordpress.com/2021/10/noahs-ark-of-the-covenant-revision-6.pdf
On a biblical narrative, SAMSON (Hebrew: "MAN of the SUN") was the last of the judges of the ancient Israelites mentioned in the Book of Judges (chapters 13 to 16) and one of the last leaders who "judged" Israel before the institution of the monARCHy.
SAMSON collapsed the PHILISTINES’ Temple by bringing down the COLUMNS.
The suggested metaphor for Wembley Stadium being that the PHILISTINES’ Temple of DAGON was replaced by the new Temple of SOLOMON resplendent with the ARK of the COVENANT.
pictures from wednesday: user experience day. guests, speakers and location.
pictures from wednesday: user experience. guests, speaker & location.
pictures from wednesday: user experience day. guests, speakers and location.
pictures from wednesday: user experience. guests, speaker & location.
Fuselage fragments, under a cold and rainy winter sky. Aviation Warehouse, El Mirage, California. You gotta see the whole set!
Night, 4 minute exposure. Full moon, natural LED flashlight.
Reprocessed and replaced, June, 2024.
Arduino Due with 5x quadrature decoders. All inputs are read every 132us. This takes about 4,691 us to process all 5 decoders in the interrupt routine. The max decoder speed is 4Khz on all 5 decoders (with 132 us sample time). With an encoder of 50 pulses per rev, the max motor rotation speed is (4000/50)*60 = 4800 tr/min.
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jack recently left oceana and started a project with keith jones the original vocalist of oceana and ex members of :of machines.versa emerge, and closing the harbor. it looks like it is going to be an epic project the way keith and jack talked about it and plans for it , it is def "A TEAM" of musicians should make for some great albums. they are currently in the studio writing and recording a demo to be released soon so yea keep your eyes and ears open it very well might blow your mind.
Strobist
-ab1600 boomed over head eye level is the angle into beauty dish socked
-ab800 behind iron giant full power
-ab800 behind group and giant high up and down high power
5d mark ii
17-40mm f4 L
_________________________________________________________________
ALL IMAGES ©OPYWRITTEN BY Evan Dell Photography NONE ARE TO BE USED WITHOUT OUR PERMISSION