Играют классическим дуэтом:

Танцуют:

http://www.olympusbioscapes.com/gallery/2009/index.html

Microparticle drug delivery
ANNIE CAVANAGH AND DAVE MCCARTHY

A synthetic drug coated with co-polymers. Scanning electron micrograph.

Villi in the small intestine
PAUL APPLETON

These finger-like structures in the small intestine of a mouse have been cropped at the tips and stained with fluorescent dyes to distinguish between different components of the cells. The cell nuclei are blue, while the red stain shows actin, a protein that covers the surface of each villus. Multiphoton fluorescent micrograph.

Aspirin crystals
SPIKE WALKER

Aspirin is widely used for minor pain relief and to prevent heart attacks, strokes and blood clots. Essentially, it thins the blood by preventing platelets, which normally form clots to repair damaged blood vessels, from binding together. Light micrograph.

Sensory nerve fibres
SPIKE WALKER

This image highlights the basket of nerve fibres at the end of a hair follicle. Sensory nerves allow us to detect stimuli such as movement, pressure and pain. Light micrograph.

Bird of paradise plant seed
ANNIE CAVANAGH AND DAVE MCCARTHY

This seed is from a bird of paradise plant ('Strelitzia reginae'). Native to South Africa, the plant has a distinctive orange and blue flower, resembling an exotic bird, from which it takes its name. Scanning electron micrograph.

Capillary network
SPIKE WALKER

This image shows capillaries, or small blood vessels, which act as the connective network between arteries and veins. They are often found as large networks supplying organs with oxygen and other nutrients, and removing carbon dioxide. Light micrograph.

Mouse liver
JACKIE LEWIN, EM UNIT, UCL MEDICAL SCHOOL, ROYAL FREE CAMPUS

This image of the liver shows blood vessels called sinusoids as long pink channels, brown tissue that is important in the production of bile, and the channels — shown as thin green grooves — that carry the bile towards the small intestine to help digestion. Scanning electron micrograph.

Embryonic mouse head
TIM MOHUN, NATIONAL INSTITUTE FOR MEDICAL RESEARCH, MRC

3D image of a developing embryonic mouse head at age 14.5 days. High-resolution episopic microscopy 3D reconstruction.

In vitro fertilisation
SPIKE WALKER

This image shows sperm and an egg (or ovum) at the moment of conception by in vitro fertilisation (IVF). The egg is surrounded by protective cumulus cells around the outside surface, coloured yellow. The sperm need to penetrate the membrane surrounding the egg, called the zona pellucida, if successful fertilisation is to occur. Light micrograph.

Lung cancer cell
ANNE WESTON, LONDON RESEARCH INSTITUTE, CANCER RESEARCH UK

A single cell grown from a culture of lung epithelial cancer cells. The purple spheres are 'blebs': irregular bulges where the cell's internal scaffolding — its cytoskeleton — becomes unlinked from the surface membrane. Scanning electron micrograph.

Compact bone
IVOR MASON

These circular structures are regions of compact bone from a human femur. Compact bone forms a hard outer shell around the spongy bone that makes up the marrow space in the centre. Light micrograph.

Summer plankton
SPIKE WALKER

Plankton, small organisms that drift in the oceans, seas and fresh water. Many types of plankton, such as these, are microscopic, but some, such as jellyfish, are very large. Light micrograph.

Sickle-cell anaemia
JACKIE LEWIN, EM UNIT, UCL MEDICAL SCHOOL, ROYAL FREE CAMPUS

This image shows two red blood cells. The one in the front has been affected by sickle-cell anaemia, and displays the characteristic sickle shape (a flattened 'C' shape) common to the disease. Scanning electron micrograph.

Skin cells from a scald
ANNE WESTON, LONDON RESEARCH INSTITUTE, CANCER RESEARCH UK

Damaged skin cells from a hand (Anne Weston's own) scalded by boiling soup. The original image was black and white; the pink colour has been added later. Scanning electron micrograph.

Источник: http://www.wellcomeimageawards.org/gallery.aspx.

С помощью этого радио вам не удастся послушать любимую FM-волну, зато вы сможете узнать, как звучат… электромагнитные помехи. Устройство необходимо подключить в самый обычный аудио-вход, какой есть у каждой звуковой платы – и прибор сразу же начнёт извлекать таинственные звуки из любых электромагнитных источников, будь то разряд молнии в нескольких километрах от вашего дома или работа микроволновой печи у вас на кухне.

Звуки, которые выдаёт прибор, можно описать как таинственные и пугающие, впечатлительные люди могут даже решить, что с ними говорят привидения. Убедитесь в этом сами, посмотрев предложенный видео-ролик. Устройство сделано с большой любовью к наследию Теслы, оно так и называется – Tesla Spirit Radio. Перевести это можно как «Радио Духов Теслы» – отличное название для любителей мистики.

http://www.3dnews.ru

В виджете на главной странице и у нас в сообществе - нереально прекрасный фильм про изобретателя, советского разведчика, американского миллионера, и настоящего коммуниста Льва Сергеевича Термена.

Это просто фантастика.

Выставка гигантских роботизированных животных в Нанте (Франция) с 2007 года.

Посмотреть можно здесь:

http://www.olympusbioscapes.com/gallery/2008/

Подведены итоги конкурса Nikon Smallworld

http://www.nikonsmallworld.com/

Весной 2006 года сотрудников Princeton University попросили запечатлеть интересные моменты научных исследований (видео, аудио и графические материалы). Фото микробов, турбулентности, математические рисунки, проникновение намыленной жидкости под кожу... По моему отлично получилось )

Все фотографии и пояснения (на английском) тут http://www.princeton.edu/artofscience/gallery2006/index.html