https://youtube.com/watch?v=1kWApU3o6ko&si=_7JgLVO8jzTZN0ZM
This is a sequence from a 3-minute animation that examines a unique formulation for building an effective therapy using the latest in nanotechnology, including monomers that organize into a controlled, self-assembling nanotube.
We worked very closely with our clients to deliver a detailed, accurate visualization of key attributes such as nanotube morphology, organization of dimers, and overall formation of the lanreotide nanotube.
Nanotechnology is without a doubt one of the most exciting future technologies, but what is it exactly? And how will it benefit mankind? Well sit back and get comfy because in todays video, we will be answering all of those questions and more!IPhone wireless charging cases — https://amzn.to/3bz0oRg.
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Inside of you, at all times, there are trillions of natural nano robots walking around, taking out the trash, and packaging strands of DNA. Below the calm, ordered exterior of a living organism lies a complex collection of molecular machines working together to create something greater than themselves. Physicist and author of “Life’s Ratchet” Peter Hoffmann shows us the tiny city beneath the surface.
Watch the full program here: https://youtu.be/FzFY5ms3AUc.
Original program date: May 30, 2013
Life runs on ribosomes. Every cell across the globe requires ribosomes to convert genetic data into the vital proteins required for the organism’s operation, and, subsequently, for the production of more ribosomes. However, scientists still lack a clear understanding of how these essential nanomachines are assembled.
Now, new high-resolution images of the large ribosomal subunit are shedding light on how arguably nature’s most fundamental molecule coalesces in human cells. The findings, published in Science, bring us one step closer to a complete picture of ribosome assembly.
“We now have a pretty good idea of how the large ribosomal subunit is assembled in humans,” says Rockefeller’s Sebastian Klinge. “We still have quite a few gaps in our understanding, but we certainly now have a much better idea than we had before.”
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Here it is, the bio computer. A new type of parallel computing method that could rival the infamous quantum computer at a much lower price while being more practical to boot.
Continue reading “Nano-Biological Computing — Quantum Computer Alternative!” »
A promising, more durable fuel cell design could help transform heavy-duty trucking and other clean fuel cell applications. Consisting of nanowires that are less susceptible to corrosion than other designs, the innovative electrode—the heart of a polymer electrolyte-membrane fuel cell—could usher in a new era for fuel cells, which use hydrogen as emission-free power for vehicles.
“In real-world terms, this means that we can have a more durable fuel cell that will provide high fuel economy over a longer lifetime,” said Jacob Spendelow, a scientist with the Los Alamos National Laboratory team that described its results in the journal Advanced Materials. “This work demonstrates that we can get rid of conventional carbon-based catalyst supports, eliminating the degradation problems associated with carbon corrosion, while still achieving high fuel cell performance.”
The improved durability makes this fuel cell a promising candidate for use in heavy-duty trucking applications, which require fuel cell lifetimes of more than 25,000 hours.
Researchers at Los Alamos National Laboratory have successfully developed a new way to produce a specific type of photon that could prove critical for quantum data exchange, notably encryption. The specific kind of photons, called “circularly polarized light,” have thus far proved challenging to create and control, but this new technique makes the process easier and, importantly, cheaper. This was achieved, the team explains, by stacking two different, atomically thin materials to “twist” (polarize) photons in a predictable fashion.
Encoded, “twisted,” photons
Continue reading “New technique opens door for encoding data on single photons” »
Goldbeating, an age-old craft pioneered by ancient Egyptian artisans more than five millennia ago, involves the meticulous thinning of bulk gold into gossamer-like leaves. Throughout history, this intricate process has adorned various masterpieces, such as the tombs of Thebes and Saqqara, and has cemented its place in art and adornments across cultures. Today, nanoscale gold is used not only for decorating fancy desserts, but is indispensable for modern applications ranging from microelectronics to nanomedicine.
Researchers have discovered that graphene.
Graphene is an allotrope of carbon in the form of a single layer of atoms in a two-dimensional hexagonal lattice in which one atom forms each vertex. It is the basic structural element of other allotropes of carbon, including graphite, charcoal, carbon nanotubes, and fullerenes. In proportion to its thickness, it is about 100 times stronger than the strongest steel.
