World’s first manned flight with an electric multicopter

Publicado el 02/11/11 en la sección de Presentaciones

Por Bernard Custard

What could have ended in human chop suey, instead resulted in victory for German engineers at e-volo as they successfully completed the first manned flight of an electric multicopter. The human death trap multicopter uses multiple mini helicopters to lift the passenger upwards -- who's snuggled in the center of the carnage, firmly strapped to a squishy exercise ball. Like an UAV, the hovering device is controlled via radio control from the ground -- talk about trusting. The passenger was able to hold on for one minute and 30-second of flight victory, causing raucous celebrations from the Wright brothers in aviation heaven. Click past the break for the video.

via @Engadget Source: e-volo

Nippon Electric Glass Co Ltd developed a glass substrate that it calls 'invisible glass'

Publicado el 02/11/11 en la sección de Presentaciones

Por Bernard Custard

Nippon Electric Glass Co Ltd developed a glass substrate that it calls "invisible glass" and exhibited it at FPD International 2011.

The company reduced the reflection of light so that light can hardly be seen on the glass substrate. When I stood in front of the glass substrate, it was difficult to recognize the existence of the substrate. Many other visitors were gazing at the invisible glass with surprised looks on their faces.

Nippon Electric Glass reduced the the reflection of light by forming an anti-reflection film on each of the front and back sides of the glass substrate. In the case of a normal glass substrate, about 92% of incoming light passes through it, and the rest 8% of the light is reflected on it. On the other hand, about 99.5% of incoming light passes through the new glass substrate. So, only about 0.5% of the light is reflected on it.

Nippon Electric Glass claims that the luminous reflectance of the substrate is 0.1% or lower. For the two anti-reflection films, the company used a total of 30 or more layers. And the thickness of each layer is controlled in increments of nanometers.


Swivi bring us a new HDMI LCD to any camera !!!

Publicado el 01/11/11 en la sección de Presentaciones

Por Bernard Custard

“Swivi is a new and innovative design which adds a large 5.6″ swivel HDMI LCD to any camera. The large 5.6″ Swivi LCD adds form and function for Photographers and Videographers”.

Viewing video recording and replay on a larger size LCD Screen allows you to be more accurate on framing, focusing and less chance of reshooting. The swivel function gives you flexibility to capture low angle shots and creative composition. Swivi mounts with your existing camera tripod mount and offers a high definition live view through your camera’s HDMI output. It also provides Peaking Focus, Zoom In & Out functions and built in stereo speakers.

Along with a universal remote control and optional sun shade, Swivi screen is more convenient to use outdoor. Swivi powers up using a Canon LP-E6 battery or a AAA battery adapter. Battery adapter is included.


via @Carlos Chegado on Page Panoramic Photographers on Facebook. More information Swivi Usa

Palmela 2011 Conferences

Publicado el 31/10/11 en la sección de Publicaciones

Por Bernard Custard

For those you didn´t go to Palmela 2011. Now you can watch all the conference via web. Thanks to Palmela 2011 and @ IVRPA - International VR Photography Association .From we would like to thanks Palmela and also IVRPA to invite us to the event, it was a pleasure and a great experience.

Para todos aquellos que no pudistéis ir a Palmela 2011. Ahora podéis disfrutar de las conferencias. Gracias a Palmela 2011IVRPA - International VR Photography Association. Desde queremos agradecer a la organización de Palmela y a IVRPA Internacional VR photography association por habernos invitado al evento, fue un placer y una experiencia fantástica. on TVE Cámara Abierta 2.0

Publicado el 30/10/11 en la sección de Prensa

Por Bernard Custard

El programa Cámara Abierta 2.0 de TVE ha emitido un bonito reportaje sobre viewat.ort y la fotografía panorámica. Esperamos que os guste y, como siempre, gracias por vuestro apoyo, sin vosotros viewAt no sería lo que es!!

The tv program Cámara Abierta 2.0 have talked about and 360 photography. Every viewAt user make this possible!! Thank you and enjoy it!!

Cámara Abierta 2.0 & viewAt from on Vimeo.

Como encontrar el punto nodal de su objetivo… (sin error de paralaje)

Publicado el 29/10/11 en la sección de Encuentros

Por Manuel Vega Velazquez

Como encontrar el punto nodal de su objetivo sin error de paralaje, para hacer fotografía panorámica esférica, en forma practica, sin ser un experto en óptica:

páginas: |< << 14 15 16 17 18 19 20 21 22 23 >> >|