TITLE: Europium corals; SUBJECT: Metal Organic Framework (MOF) “Eu-BTC (where BTC = trimesic acid)” about tellurite glass. The image shows the coralloid structure of the Eu-BTC metal-organic lattice deposited on glass. ; CREDIT: Márcio de Paula, Institute of Chemistry of São Carlos - University of São Paulo (IQSC-USP); METHOD/INSTRUMENT: JSM 7200F

TITLE: Petals of the Milky Way Dream; SUBJECT: Cobalt–Trimesic Acid MOF shows well-defined flower-like microstructures with radially arranged petal-shaped crystals; CREDIT: Neha Kumari, INST - Mohali, India; METHOD/INSTRUMENT: JSM-7610F Plus

SUBJECT: From Nano to Nature: Cabbage-Inspired Nanostructures in a Simulated Agrarian Landscape; CREDIT: HIMANSHU PANDA, Institute of Nano Science and Technology; METHOD/INSTRUMENT: Scanning Electron Microscopy (SEM) (JSM-7610FPlus)

SUBJECT: Polen de Lavanda; CREDIT: Rocio Orellana Fernandez, Universidad de Chile; METHOD/INSTRUMENT: JEOL JSM-IT 300 LV

SUBJECT: Cyst from Artemia salina with low resistance surface; CREDIT: Jessica Araujo Marques; Jander Matos Guimarães -, State University of Amazonas (UEA); METHOD/INSTRUMENT: JSM IT500 HR

SUBJECT: Nucleus of a cell resembling an eye of an eagle; CREDIT: Siddhi Redkar, ACTREC-TMC, Kharghar, Navi Mumbai, India; METHOD/INSTRUMENT: JEOL JEM 1400PLUS

SUBJECT: Wavy interconnected multi-material interface morphology; CREDIT: Zahra Bahranifard, Virginia Tech; METHOD/INSTRUMENT: JEOL SEM

SUBJECT: Pt nanoparticles on a perovskite that resembles a worm.; CREDIT: Kelvin Doan, Univeristy of Waterloo; METHOD/INSTRUMENT: JEM-F200 F2

SUBJECT: This FESEM image shows the surface morphology of a neuron at ×2,200 magnification using secondary electron imaging; CREDIT: Neha Kumari, INST; METHOD/INSTRUMENT: JSM-7610F Plus

CREDIT: Maryam Karami; METHOD/INSTRUMENT: JEOL IT-500HR

SUBJECT: Iron oxide nanocolloid aggregates (TEM); CREDIT: Ali Sayyah, Virginia Tech; METHOD/INSTRUMENT: JEOL JEM 2100

SUBJECT: Rod-shaped NU-1000 particles align to form shapes reminiscent of plus and minus symbols.; CREDIT: Arshia Sulaiman, Virginia Tech; METHOD/INSTRUMENT: JEOL SEM

SUBJECT: This SEM image of MOF-808 reveals an unexpected unicorn-like silhouette formed by the intersection of rod-like particles.; CREDIT: Arshia Sulaiman, Virginia Tech; METHOD/INSTRUMENT: JEOL SEM

A Character Written in Crystals; SUBJECT: ZIF-8 metal–organic framework crystals; CREDIT: Huanjun Bao, Virginia Tech; METHOD/INSTRUMENT: JEOL IT500

SUBJECT: Crystal Growth; CREDIT: Sheri Neva, Eurofins EAG; METHOD/INSTRUMENT: JEOL 6610lV

SUBJECT: This micrograph depicts a single apatite crystal formation emerging as a solitary flower in full bloom. The micrograph was obtained with the support of the CINVESTAV-QRO, CENAPROT, and LIDTRA laboratories; CREDIT: Liliana Naranjo Naranjo y Juana Yesenia Ramos Martínez Colaboration, LIDTRA, CINVESTAV-Querétaro; METHOD/INSTRUMENT: JSM-7610F

SUBJECT: Micrograph is from a pellet of synaptosomes showing a mutant mitochondria; CREDIT: Lita Duraine, Baylor College of Medicine; METHOD/INSTRUMENT: JEOL 1400 Plus TEM

SUBJECT: Metal Organic Framework (MOF) “Eu-BTC (where BTC = trimesic acid)” about tellurite glass. The image shows the coralloid structure of the Eu-BTC metal-organic lattice deposited on glass. ; CREDIT: Márcio de Paula, Institute of Chemistry of São Carlos - University of São Paulo (IQSC-USP); METHOD/INSTRUMENT: JSM 7200F

SUBJECT: Stigma of gysophilia paniculata; CREDIT: silvia andrade, CENTRO DE INVESTIGACION CIENTIFICA DE YUCATAN; METHOD/INSTRUMENT: JEOL 6360LV