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DUK10162675_213
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15176380m)
Brandi Carlile,Russell Berman
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 03 Mar 2025
(c) Dukas -
DUK10162675_206
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15176380t)
Queen Latifah
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 03 Mar 2025
(c) Dukas -
DUK10162675_157
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15176380az)
Lily-Rose Depp
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 03 Mar 2025
(c) Dukas -
DUK10162675_667
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ad)
Leslie Bibb
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_646
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ay)
Olivia Wilde
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_645
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881az)
Olivia Wilde
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_644
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ba)
Olivia Wilde
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_643
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881bb)
Olivia Wilde
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_642
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881bc)
Olivia Wilde
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_581
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881dl)
Alice Winocour
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_580
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881dm)
Kellee Stewart
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_546
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881eu)
Ellen Pompeo
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_545
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ev)
Ellen Pompeo
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_542
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ey)
Fred Armisen,Riki Lindhome
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_539
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881fb)
Ellen Pompeo
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_538
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881fc)
Ellen Pompeo
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_501
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881gn)
RosalÃa
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_500
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881go)
RosalÃa
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_499
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881gp)
RosalÃa
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_495
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881gt)
RosalÃa
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_410
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881kb)
Michelle Rodriguez
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_409
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ka)
Michelle Rodriguez
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_397
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881kn)
Zoë Kravitz
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_368
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881lq)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_367
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881lr)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_366
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ls)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_365
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881lt)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_358
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881ma)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_357
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881mb)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_356
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881mc)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_355
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881md)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_334
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881my)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_333
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881mz)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_332
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881na)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_331
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881nb)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_330
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881nc)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_329
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881nd)
Julianne Hough
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_240
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881l)
Katie Couric
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_228
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881x)
Patricia Clarkson
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUK10162675_091
PEOPLE - Oscars 2025: Vanity Fair Party
Mandatory Credit: Photo by Fernando Allende/Broadimage/Shutterstock (15175881sr)
Kendall Jenner
2025 Vanity Fair Oscar Party, Los Angeles, California, United States - 02 Mar 2025
(c) Dukas -
DUKAS_159696234_FER
dukas 159696234 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University bwinf teasted in the lab by researcher Barclay Jumet (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696231_FER
dukas 159696231 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University on a GPS electric scooter ride test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696227_FER
dukas 159696227 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University ona GPS walking test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696226_FER
dukas 159696226 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University on a GPS electric scooter ride test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696225_FER
dukas 159696225 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University. Cells on the sleeve are inflated to give commands (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696221_FER
dukas 159696221 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696215_FER
dukas 159696215 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University on a GPS electric scooter ride test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696213_FER
dukas 159696213 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University on a GPS electric scooter ride test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696211_FER
dukas 159696211 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University ona GPS walking test around the streets on Houston, Texas. (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_159696206_FER
dukas 159696206 fer
Ferrari Press Agency
Haptic 1
Ref 15066
29/08/2023
See Ferrari text
Pictures must credit: Rice University
A fabric wearable device that “taps” a user’s wrist with pressurised air, silently helping them navigate to a destination could be a game changing aid for the blind.
It could also help deaf people unable to hear satellite navigation commands.
The wearable , in a simple arm sleeve, embeds most of its control system within the fabric itself, using air instead of electronics.
Visual and auditory cues like a flashing light on a dashboard or the ping of a new text message can effectively transmit information.
But many people are overwhelmed by such cues in their daily lives—and with too many notifications conveyed the same way, information can get lost in the clutter.
Touch-based stimuli known as haptics use sensations or cues based on pressure applied to the skin could be an alternative.
But devices that use haptics are rare since they usually require bulky hardware.
Now a team at the USA’s Rice University in Houston, Texas, has developed a lightweight comfortable wearable GPS device from textile materials that can be worn on a user’s arm.
OPS: The wearable sleeve developed at Rice University (FOTO: DUKAS/FERRARI PRESS) -
